openrndr

alltypes

open class Animatable

Animatable(target: Any)
Animatable()
Animatable(createAtTime: Long)
fun add(variable: String, target: Double, duration: Long): Unit
fun add(variable: String, target: Double, durationMillis: Long, easing: Easing): Unit
fun add(variable: String, target: Double, durationMillis: Long, easer: Easer): Unit
@JvmName("animateProp") fun KMutableProperty0<Double>.animate(target: Double, duration: Long, easing: Easing): Unit
fun animate(variable: String, target: Double, durationMillis: Long): Unit
fun animate(variable: String, target: Double, durationMillis: Long, easing: Easing): Unit
fun animate(variable: String, target: Double, durationMillis: Long, easer: Easer): Unit
fun animate(variable: KMutableProperty0<*>, target: Double, durationMillis: Long, easing: Easing = Easing.None): Unit
fun animationCount(): Int
fun array(variable: String, index: Int): String
fun cancel(): Unit
fun cancel(fields: Array<String>): Unit
fun cancelQueued(): Unit
fun clock(clock: Clock): Unit
fun clock(): Clock
fun complete(variable: String): Unit
fun complete(callback: (Animatable) -> Unit): Unit
fun complete(animatable: Animatable): Unit
fun complete(animatable: Animatable = this, callback: (Animatable) -> Unit = null): Unit
fun delay(durationMillis: Long, durationNanos: Long = 0): Unit
fun duration(): Long
fun ease(easing: Easing): Unit
fun ease(easer: Easer): Unit
fun end(): Unit
fun hasAnimations(): Boolean
fun hasAnimations(vararg variables: String): Boolean
fun popTime(): Unit
fun pushTime(): Unit
@JvmOverloads fun updateAnimation(time: Long = clock.timeNanos): Unit
fun velocity(variable: String): Double
fun waitUntil(timeMillis: Long, timeNanos: Long = 0): Unit

abstract class Application

Application()
abstract var clipboardContents: String?
abstract var cursorPosition: Vector2
abstract var cursorVisible: Boolean
abstract fun exit(): Unit
abstract fun loop(): Unit
abstract var presentationMode: PresentationMode
abstract fun requestDraw(): Unit
abstract fun requestFocus(): Unit
fun run(program: Program, configuration: Configuration): Unit
fun runAsync(program: Program, configuration: Configuration): Unit
abstract val seconds: Double
abstract fun setup(): Unit
abstract var windowPosition: Vector2
abstract var windowSize: Vector2
abstract var windowTitle: String

class ApplicationBuilder

fun configure(init: Configuration.() -> Unit): Unit
var program: Program
fun program(init: Program.() -> Unit): Unit
@JvmName("initCustom") inline fun <reified P : Program> program(program: P, crossinline init: P.() -> Unit): Unit

@DslMarker annotation class ApplicationDslMarker

ApplicationDslMarker()

class ApplicationEGLGL3 : Application

ApplicationEGLGL3(program: Program, configuration: Configuration)
var clipboardContents: String?
var cursorPosition: Vector2
var cursorVisible: Boolean
fun exit(): Unit
fun loop(): Unit
var presentationMode: PresentationMode
fun requestDraw(): Unit
fun requestFocus(): Unit
val seconds: Double
fun setup(): Unit
var windowPosition: Vector2
var windowSize: Vector2
var windowTitle: String

class ApplicationGLFWGL3 : Application

ApplicationGLFWGL3(program: Program, configuration: Configuration)
var clipboardContents: String?
var cursorPosition: Vector2
var cursorVisible: Boolean
fun exit(): Unit
fun loop(): Unit
fun preloop(): Unit
var presentationMode: PresentationMode
fun requestDraw(): Unit
fun requestFocus(): Unit
val seconds: Double
fun setup(): Unit
var windowPosition: Vector2
var windowSize: Vector2
var windowTitle: String

interface ArrayTexture

abstract fun bind(unit: Int): Unit
open val bounds: Rectangle
abstract fun copyTo(layer: Int, target: ColorBuffer, fromLevel: Int = 0, toLevel: Int = 0): Unit
abstract fun copyTo(layer: Int, target: ArrayTexture, targetLayer: Int, fromLevel: Int = 0, toLevel: Int = 0): Unit
abstract fun destroy(): Unit
abstract var filterMag: MagnifyingFilter
abstract var filterMin: MinifyingFilter
abstract var flipV: Boolean
abstract val format: ColorFormat
abstract fun generateMipmaps(): Unit
abstract val height: Int
abstract val layers: Int
abstract val levels: Int
abstract fun read(layer: Int, buffer: ByteBuffer, level: Int = 0): Unit
abstract val session: Session?
abstract val type: ColorType
abstract val width: Int
abstract var wrapU: WrapMode
abstract var wrapV: WrapMode
abstract fun write(layer: Int, buffer: ByteBuffer, sourceFormat: ColorFormat = format, sourceType: ColorType = type, level: Int = 0): Unit

class ArrayTextureGL3 : ArrayTexture

ArrayTextureGL3(target: Int, texture: Int, width: Int, height: Int, layers: Int, format: ColorFormat, type: ColorType, levels: Int, session: Session?)
fun bind(unit: Int): Unit
fun copyTo(layer: Int, target: ColorBuffer, fromLevel: Int, toLevel: Int): Unit
fun copyTo(layer: Int, target: ArrayTexture, targetLayer: Int, fromLevel: Int, toLevel: Int): Unit
fun create(width: Int, height: Int, layers: Int, format: ColorFormat, type: ColorType, levels: Int, session: Session?): ArrayTextureGL3
fun destroy(): Unit
var filterMag: MagnifyingFilter
var filterMin: MinifyingFilter
var flipV: Boolean
val format: ColorFormat
fun generateMipmaps(): Unit
val height: Int
val layers: Int
val levels: Int
fun read(layer: Int, buffer: ByteBuffer, level: Int): Unit
val session: Session?
val target: Int
val texture: Int
val type: ColorType
val width: Int
var wrapU: WrapMode
var wrapV: WrapMode
fun write(layer: Int, buffer: ByteBuffer, sourceFormat: ColorFormat, sourceType: ColorType, level: Int): Unit

interface AtomicCounterBuffer

fun create(counterCount: Int): AtomicCounterBuffer
abstract fun destroy(): Unit
abstract fun read(): IntArray
abstract fun reset(): Unit
abstract fun write(data: IntArray): Unit

class AtomicCounterBufferGL43 : AtomicCounterBuffer

AtomicCounterBufferGL43(buffer: Int, size: Int)
val buffer: Int
fun create(counterCount: Int): AtomicCounterBufferGL43
fun destroy(): Unit
fun read(): IntArray
fun reset(): Unit
val size: Int
fun write(data: IntArray): Unit

class AudioBuffer

AudioBuffer(buffer: Int)
val buffer: Int

class AudioData

AudioData(format: AudioFormat = AudioFormat.STEREO_16, rate: Int = 48000, buffer: ByteBuffer)
val buffer: ByteBuffer
fun createBuffer(): AudioBuffer
val format: AudioFormat
val rate: Int

enum class AudioFormat

MONO_16
MONO_8
MONO_FLOAT32
QUAD_16
QUAD_8
QUAD_FLOAT32
STEREO_16
STEREO_8
STEREO_FLOAT32
val alFormat: Int

class AudioQueueSource : AudioSource

AudioQueueSource(source: Int, bufferCount: Int = 2, queueSize: Int = 20, pullFunction: () -> AudioData? = null)
var bufferOffset: Long
fun dispose(): Unit
fun flush(): Unit
val outputQueueFull: Boolean
fun pause(): Unit
fun play(): Unit
fun queue(data: AudioData): Unit
val queueSize: Int
fun resume(): Unit
val sampleOffset: Long
fun stop(): Unit

open class AudioSource

AudioSource(source: Int)
var direction: Vector3
var gain: Double
var position: Vector3
protected val source: Int
var velocity: Vector3

object AudioSystem

fun createQueueSource(bufferCount: Int = 2, queueSize: Int = 20, pullFunction: () -> AudioData? = null): AudioQueueSource
fun destroy(): Unit

class BackIn : Easer

BackIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

enum class BlendMode

ADD
MULTIPLY
OVER
REPLACE
SUBTRACT

sealed class BufferMultisample

object Disabled : BufferMultisample
data class SampleCount : BufferMultisample

SampleCount(sampleCount: Int)
val sampleCount: Int

interface BufferTexture

abstract fun bind(unit: Int): Unit
fun create(elementCount: Int, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.FLOAT32, session: Session? = Session.active): BufferTexture
abstract fun destroy(): Unit
abstract val elementCount: Int
abstract val format: ColorFormat
open fun put(putter: BufferWriter.() -> Unit): Int
abstract val session: Session?
abstract val shadow: BufferTextureShadow
abstract val type: ColorType

class BufferTextureGL3 : BufferTexture

BufferTextureGL3(texture: Int, buffer: Int, elementCount: Int, format: ColorFormat, type: ColorType, session: Session?)
fun bind(unit: Int): Unit
val buffer: Int
fun create(elementCount: Int, format: ColorFormat, type: ColorType, session: Session?): BufferTextureGL3
fun destroy(): Unit
val elementCount: Int
val format: ColorFormat
val session: Session?
val shadow: BufferTextureShadow
val texture: Int
val type: ColorType
fun write(buffer: ByteBuffer): Unit

interface BufferTextureShadow

abstract val bufferTexture: BufferTexture
abstract fun destroy(): Unit
abstract fun download(): Unit
abstract fun upload(offset: Int, size: Int): Unit
abstract fun writer(): BufferWriter

class BufferTextureShadowGL3 : BufferTextureShadow

BufferTextureShadowGL3(bufferTexture: BufferTextureGL3)
val buffer: ByteBuffer
val bufferTexture: BufferTextureGL3
fun destroy(): Unit
fun download(): Unit
fun upload(offset: Int, size: Int): Unit
fun writer(): BufferWriter

interface BufferWriter

abstract var position: Int
abstract var positionElements: Int
abstract fun rewind(): Unit
open fun write(vararg v: Vector3): Unit
abstract fun write(v: Vector3): Unit
abstract fun write(v: Vector2): Unit
abstract fun write(v: Vector4): Unit
abstract fun write(v: Matrix33): Unit
abstract fun write(v: Matrix44): Unit
abstract fun write(v: Float): Unit
abstract fun write(x: Float, y: Float): Unit
abstract fun write(x: Float, y: Float, z: Float): Unit
abstract fun write(x: Float, y: Float, z: Float, w: Float): Unit
abstract fun write(v: ColorRGBa): Unit
abstract fun write(a: FloatArray, offset: Int = 0, size: Int = a.size): Unit

class BufferWriterGL3 : BufferWriter

BufferWriterGL3(buffer: ByteBuffer, elementSize: Int = 1)
val buffer: ByteBuffer
val elementSize: Int
var position: Int
var positionElements: Int
fun rewind(): Unit
fun write(a: FloatArray, offset: Int, size: Int): Unit
fun write(v: Vector3): Unit
fun write(v: Vector2): Unit
fun write(v: Vector4): Unit
fun write(v: Matrix33): Unit
fun write(v: Matrix44): Unit
fun write(v: Float): Unit
fun write(x: Float, y: Float, z: Float): Unit
fun write(x: Float, y: Float, z: Float, w: Float): Unit
fun write(x: Float, y: Float): Unit
fun write(v: ColorRGBa): Unit

class CatmulRom1

CatmulRom1(p0: Double, p1: Double, p2: Double, p3: Double, alpha: Double = 0.5)
val alpha: Double
val p0: Double
val p1: Double
val p2: Double
val p3: Double
fun position(rt: Double): Double
val t0: Double
val t1: Double
val t2: Double
val t3: Double

class CatmullRom2

CatmullRom2(p0: Vector2, p1: Vector2, p2: Vector2, p3: Vector2, alpha: Double = 0.5)
val alpha: Double
val p0: Vector2
val p1: Vector2
val p2: Vector2
val p3: Vector2
fun position(rt: Double): Vector2
val t0: Double
val t1: Double
val t2: Double
val t3: Double

class CatmullRom3

CatmullRom3(p0: Vector3, p1: Vector3, p2: Vector3, p3: Vector3, alpha: Double = 0.5)
val alpha: Double
val p0: Vector3
val p1: Vector3
val p2: Vector3
val p3: Vector3
fun position(rt: Double): Vector3
val t0: Double
val t1: Double
val t2: Double
val t3: Double

class CatmullRomChain1

CatmullRomChain1(points: List<Double>, alpha: Double = 0.5, loop: Boolean = false)
val loop: Boolean
fun position(rt: Double): Double
val segments: List<CatmulRom1>

class CatmullRomChain2

CatmullRomChain2(points: List<Vector2>, alpha: Double = 0.5, loop: Boolean = false)
val loop: Boolean
fun position(rt: Double): Vector2
fun positions(steps: Int = segments.size * 4): List<Vector2>
val segments: List<CatmullRom2>

class CatmullRomChain3

CatmullRomChain3(points: List<Vector3>, alpha: Double = 0.5, loop: Boolean = false)
val loop: Boolean
fun position(rt: Double): Vector3
fun positions(steps: Int = segments.size * 4): List<Vector3>
val segments: List<CatmullRom3>

class CenterOrderer : Orderer

CenterOrderer(enclosement: IntRectangle, reverse: Boolean = false)
data class SortOption

SortOption(index: Int, distance: Double)
val distance: Double
val index: Int

val enclosement: IntRectangle
fun order(node: PackNode, rectangle: IntRectangle): List<Int>
val reverse: Boolean

class CenteredBinarySplitter : Splitter

CenteredBinarySplitter(enclosement: IntRectangle, invert: Boolean = true, constraints: (node: PackNode, rectangle: IntRectangle) -> Boolean = { _, _ -> true }, xcon: (node: PackNode, rectangle: IntRectangle) -> Boolean = { _, _ -> true}, ycon: (node: PackNode, rectangle: IntRectangle) -> Boolean = { _, _ -> true})
val constraints: (node: PackNode, rectangle: IntRectangle) -> Boolean
val enclosement: IntRectangle
val invert: Boolean
fun split(node: PackNode, rectangle: IntRectangle): List<PackNode>
val xcon: (node: PackNode, rectangle: IntRectangle) -> Boolean
val ycon: (node: PackNode, rectangle: IntRectangle) -> Boolean

class ChannelMask

ChannelMask(red: Boolean, green: Boolean, blue: Boolean, alpha: Boolean)
val ALL: ChannelMask
const val ALPHA: Int
const val BLUE: Int
const val GREEN: Int
val NONE: ChannelMask
const val RED: Int
val alpha: Boolean
val blue: Boolean
val green: Boolean
val red: Boolean

data class CharacterPair

CharacterPair(left: Char, right: Char)
val left: Char
val right: Char

class CharacterRectangle

CharacterRectangle(character: Char, x: Double, y: Double, width: Double, height: Double)
val character: Char
val height: Double
val width: Double
val x: Double
val y: Double

class Circle

Circle(x: Double, y: Double, radius: Double)
Circle(center: Vector2, radius: Double)
val center: Vector2
fun contains(point: Vector2): Boolean
val contour: ShapeContour
fun fromPoints(a: Vector2, b: Vector2): Circle
fun moved(offset: Vector2): Circle
fun movedTo(position: Vector2): Circle
val radius: Double
fun scaled(scale: Double): Circle
fun scaledTo(fitRadius: Double): Circle
val shape: Shape

class CircleDrawer

CircleDrawer()
fun drawCircle(drawContext: DrawContext, drawStyle: DrawStyle, x: Double, y: Double, radius: Double): Unit
fun drawCircles(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector2>, radii: List<Double>): Unit
fun drawCircles(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector2>, radius: Double): Unit
fun drawCircles(drawContext: DrawContext, drawStyle: DrawStyle, circles: List<Circle>): Unit
fun drawCircles(drawContext: DrawContext, drawStyle: DrawStyle, instanceAttributes: VertexBuffer, count: Int): Unit

interface Clipper

abstract fun inside(node: IntRectangle, rectangle: IntRectangle, data: Any?): Boolean

interface Clock

abstract val time: Long
open val timeNanos: Long

class Color : CompositionColor

Color(color: ColorRGBa?)
val color: ColorRGBa?

data class ColorATVa

ColorATVa(id: Int, t: Double, v: Double, alpha: Double = 1.0)
val alpha: Double
val id: Int
fun maxT(id: Int, v: Double): Double
val t: Double
fun toColorYxya(): ColorYxya
fun toRGBa(): ColorRGBa
val v: Double

interface ColorBuffer

abstract var anisotropy: Double
abstract fun bind(unit: Int): Unit
open val bounds: Rectangle
abstract val contentScale: Double
abstract fun copyTo(target: ColorBuffer, fromLevel: Int = 0, toLevel: Int = 0): Unit
abstract fun copyTo(target: ArrayTexture, layer: Int, fromLevel: Int = 0, toLevel: Int = 0): Unit
open fun createEquivalent(width: Int = this.width, height: Int = this.height, contentScale: Double = this.contentScale, format: ColorFormat = this.format, type: ColorType = this.type, multisample: BufferMultisample = this.multisample, levels: Int = this.levels): ColorBuffer
abstract fun destroy(): Unit
open val effectiveHeight: Int
open val effectiveWidth: Int
abstract fun fill(color: ColorRGBa): Unit
open fun filter(filterMin: MinifyingFilter, filterMag: MagnifyingFilter): Unit
abstract var filterMag: MagnifyingFilter
abstract var filterMin: MinifyingFilter
abstract var flipV: Boolean
abstract val format: ColorFormat
fun fromArray(bytes: ByteArray, offset: Int = 0, length: Int = bytes.size, session: Session? = Session.active): ColorBuffer
fun fromBuffer(bytes: ByteBuffer, session: Session? = Session.active): ColorBuffer
fun fromFile(file: File, session: Session? = Session.active): ColorBuffer
fun fromFile(filename: String, session: Session? = Session.active): ColorBuffer
fun fromStream(stream: InputStream, formatHint: String? = null, session: Session? = Session.active): ColorBuffer
fun fromUrl(url: String, session: Session? = Session.active): ColorBuffer
abstract fun generateMipmaps(): Unit
abstract val height: Int
open fun isEquivalentTo(other: ColorBuffer, ignoreMultisample: Boolean = false, ignoreLevels: Boolean = false): Boolean
abstract val levels: Int
abstract val multisample: BufferMultisample
abstract fun read(buffer: ByteBuffer, targetFormat: ColorFormat = format, targetType: ColorType = type, level: Int = 0): Unit
abstract fun resolveTo(target: ColorBuffer, fromLevel: Int = 0, toLevel: Int = 0): Unit
abstract fun saveToFile(file: File, imageFileFormat: ImageFileFormat = ImageFileFormat.guessFromExtension(file), async: Boolean = true): Unit
abstract val session: Session?
abstract val shadow: ColorBufferShadow
abstract fun toDataUrl(imageFileFormat: ImageFileFormat = ImageFileFormat.JPG): String
abstract val type: ColorType
abstract val width: Int
abstract var wrapU: WrapMode
abstract var wrapV: WrapMode
abstract fun write(buffer: ByteBuffer, sourceFormat: ColorFormat = format, sourceType: ColorType = type, level: Int = 0): Unit

class ColorBufferDataGL3

ColorBufferDataGL3(width: Int, height: Int, format: ColorFormat, type: ColorType, data: ByteBuffer?, destroyFunction: (ByteBuffer) -> Unit = null)
var data: ByteBuffer?
fun destroy(): Unit
var destroyFunction: (ByteBuffer) -> Unit
val format: ColorFormat
fun fromArray(bytes: ByteArray, offset: Int = 0, length: Int = bytes.size, name: String? = null, formatHint: ImageFileFormat? = null): ColorBufferDataGL3
fun fromByteBuffer(buffer: ByteBuffer, name: String? = null, formatHint: ImageFileFormat? = null): ColorBufferDataGL3
fun fromFile(filename: String): ColorBufferDataGL3
fun fromStream(stream: InputStream, name: String? = null, formatHint: ImageFileFormat? = null): ColorBufferDataGL3
fun fromUrl(urlString: String): ColorBufferDataGL3
val height: Int
val type: ColorType
val width: Int

class ColorBufferGL3 : ColorBuffer

ColorBufferGL3(target: Int, texture: Int, width: Int, height: Int, contentScale: Double, format: ColorFormat, type: ColorType, levels: Int, multisample: BufferMultisample, session: Session?)
var anisotropy: Double
fun bind(unit: Int): Unit
fun bound(f: ColorBufferGL3.() -> Unit): Unit
val contentScale: Double
fun copyTo(target: ColorBuffer, fromLevel: Int, toLevel: Int): Unit
fun copyTo(target: ArrayTexture, layer: Int, fromLevel: Int, toLevel: Int): Unit
fun create(width: Int, height: Int, contentScale: Double = 1.0, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.FLOAT32, multisample: BufferMultisample, levels: Int, session: Session?): ColorBufferGL3
fun destroy(): Unit
fun destroyShadow(): Unit
fun fill(color: ColorRGBa): Unit
var filterMag: MagnifyingFilter
var filterMin: MinifyingFilter
var flipV: Boolean
val format: ColorFormat
fun fromArray(array: ByteArray, offset: Int = 0, length: Int = array.size, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun fromBuffer(buffer: ByteBuffer, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun fromColorBufferData(data: ColorBufferDataGL3, session: Session?): ColorBuffer
fun fromFile(filename: String, session: Session?): ColorBuffer
fun fromStream(stream: InputStream, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun fromUrl(url: String, session: Session?): ColorBuffer
fun generateMipmaps(): Unit
val height: Int
val levels: Int
val multisample: BufferMultisample
fun read(buffer: ByteBuffer, targetFormat: ColorFormat, targetType: ColorType, level: Int): Unit
var realShadow: ColorBufferShadow?
fun resolveTo(target: ColorBuffer, fromLevel: Int, toLevel: Int): Unit
fun saveToFile(file: File, imageFileFormat: ImageFileFormat, async: Boolean): Unit
val session: Session?
val shadow: ColorBufferShadow
val target: Int
val texture: Int
fun toDataUrl(imageFileFormat: ImageFileFormat): String
val type: ColorType
val width: Int
var wrapU: WrapMode
var wrapV: WrapMode
fun write(buffer: ByteBuffer, sourceFormat: ColorFormat, sourceType: ColorType, level: Int): Unit

class ColorBufferLoader

ColorBufferLoader()
fun cancel(proxy: ColorBufferProxy): Unit
fun create(): ColorBufferLoader
fun loadFromUrl(url: String, persistent: Boolean = false): ColorBufferProxy
fun queue(colorBufferProxy: ColorBufferProxy): Unit

data class ColorBufferProxy

ColorBufferProxy(url: String, loader: ColorBufferLoader, persistent: Boolean)
class Events

Events()
val error: Event<ProxyEvent>
val loaded: Event<ProxyEvent>
val retry: Event<ProxyEvent>
val unloaded: Event<ProxyEvent>

class ProxyEvent

ProxyEvent()

enum class State

ERROR
LOADED
NOT_LOADED
QUEUED
RETRY

fun cancel(): Unit
val colorBuffer: ColorBuffer?
val events: Events
val loader: ColorBufferLoader
val persistent: Boolean
fun queue(): Unit
fun retry(): Unit
val state: State
fun touch(): Unit
val url: String

interface ColorBufferShadow

abstract val buffer: ByteBuffer
abstract val colorBuffer: ColorBuffer
abstract fun destroy(): Unit
abstract fun download(): Unit
open fun <T> flatMapIndexed(xrange: IntProgression = 0 until this.colorBuffer.effectiveWidth, yrange: IntProgression = 0 until this.colorBuffer.effectiveHeight, mapper: (x: Int, y: Int, r: Double, g: Double, b: Double, a: Double) -> T): List<T>
open operator fun get(x: Int, y: Int): ColorRGBa
abstract fun mapBoolean(mapper: (r: Double, g: Double, b: Double, a: Double) -> Boolean): Array<BooleanArray>
abstract fun mapDouble(mapper: (r: Double, g: Double, b: Double, a: Double) -> Double): Array<DoubleArray>
abstract fun mapFloat(mapper: (r: Double, g: Double, b: Double, a: Double) -> Float): Array<FloatArray>
abstract fun <T> mapIndexed(xrange: IntProgression = 0 until this.colorBuffer.effectiveWidth, yrange: IntProgression = 0 until this.colorBuffer.effectiveHeight, mapper: (x: Int, y: Int, r: Double, g: Double, b: Double, a: Double) -> T): Array<List<T>>
abstract fun mapInt(mapper: (r: Double, g: Double, b: Double, a: Double) -> Int): Array<IntArray>
abstract fun read(x: Int, y: Int): ColorRGBa
open operator fun set(x: Int, y: Int, c: ColorRGBa): Unit
abstract fun upload(): Unit
abstract fun write(x: Int, y: Int, r: Double, g: Double, b: Double, a: Double): Unit
open fun write(x: Int, y: Int, color: ColorRGBa): Unit
open fun write(x: Int, y: Int, r: Float, g: Float, b: Float, a: Float): Unit
abstract fun writer(): BufferWriter

class ColorBufferShadowGL3 : ColorBufferShadow

ColorBufferShadowGL3(colorBuffer: ColorBufferGL3)
val buffer: ByteBuffer
val colorBuffer: ColorBufferGL3
fun destroy(): Unit
fun download(): Unit
val elementSize: Int
inline fun mapBoolean(crossinline mapper: (r: Double, g: Double, b: Double, a: Double) -> Boolean): Array<BooleanArray>
inline fun mapDouble(crossinline mapper: (r: Double, g: Double, b: Double, a: Double) -> Double): Array<DoubleArray>
inline fun mapFloat(crossinline mapper: (r: Double, g: Double, b: Double, a: Double) -> Float): Array<FloatArray>
fun <T> mapIndexed(xrange: IntProgression, yrange: IntProgression, mapper: (x: Int, y: Int, r: Double, g: Double, b: Double, a: Double) -> T): Array<List<T>>
inline fun mapInt(crossinline mapper: (r: Double, g: Double, b: Double, a: Double) -> Int): Array<IntArray>
fun read(x: Int, y: Int): ColorRGBa
val size: Int
fun upload(): Unit
fun write(x: Int, y: Int, r: Double, g: Double, b: Double, a: Double): Unit
fun writer(): BufferWriter

enum class ColorFormat

BGR
BGRa
R
RG
RGB
RGBa
val componentCount: Int
sRGB
sRGBa

data class ColorHSLa

ColorHSLa(h: Double, s: Double, l: Double, a: Double = 1.0)
val a: Double
fun fromRGBa(rgb: ColorRGBa): ColorHSLa
val h: Double
operator fun invoke(h: Double = this.h, s: Double = this.s, l: Double = this.l, a: Double = this.a): ColorHSLa
val l: Double
val s: Double
fun scaleHue(shift: Double): ColorHSLa
fun scaleSaturation(scale: Double): ColorHSLa
fun scaleValue(scale: Double): ColorHSLa
fun shiftHue(shift: Double): ColorHSLa
fun shiftSaturation(shift: Double): ColorHSLa
fun shiftValue(shift: Double): ColorHSLa
fun toHSVa(): ColorHSVa
fun toLABa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLABa
fun toLCHABa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLCHABa
fun toLCHUVa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLCHUVa
fun toLUVa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLUVa
fun toRGBa(): ColorRGBa
fun toString(): String
fun toXSLa(): ColorXSLa
fun toXYZa(): ColorXYZa
val unit: ColorHSLa

data class ColorHSVa

ColorHSVa(h: Double, s: Double, v: Double, a: Double = 1.0)
val a: Double
fun fromRGBa(rgb: ColorRGBa): ColorHSVa
val h: Double
operator fun invoke(h: Double = this.h, s: Double = this.s, v: Double = this.v, a: Double = this.a): ColorHSVa
val s: Double
fun scaleHue(scale: Double): ColorHSVa
fun scaleSaturation(scale: Double): ColorHSVa
fun scaleValue(scale: Double): ColorHSVa
fun shiftHue(shift: Double): ColorHSVa
fun shiftSaturation(shift: Double): ColorHSVa
fun shiftValue(shift: Double): ColorHSVa
fun toRGBa(): ColorRGBa
val unit: ColorHSVa
val v: Double

class ColorLABa

ColorLABa(l: Double, a: Double, b: Double, alpha: Double = 1.0, ref: ColorXYZa = ColorXYZa.NEUTRAL)
val a: Double
val alpha: Double
val b: Double
fun fromRGBa(rgba: ColorRGBa, ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLABa
fun fromXYZa(xyz: ColorXYZa, ref: ColorXYZa): ColorLABa
val l: Double
val ref: ColorXYZa
fun toHSLa(): ColorHSLa
fun toHSVa(): ColorHSVa
fun toLCHABa(): ColorLCHABa
fun toLSHABa(): ColorLSHABa
fun toLUVa(): ColorLUVa
fun toRGBa(): ColorRGBa
fun toXYZa(): ColorXYZa

data class ColorLCHABa

ColorLCHABa(l: Double, c: Double, h: Double, alpha: Double = 1.0, ref: ColorXYZa = ColorXYZa.NEUTRAL)
val alpha: Double
val c: Double
fun findMaxChroma(l: Double, h: Double, ref: ColorXYZa): Double
fun fromLABa(laba: ColorLABa): ColorLCHABa
val h: Double
val l: Double
val ref: ColorXYZa
fun scaleChroma(scale: Double): ColorLCHABa
fun scaleHue(scale: Double): ColorLCHABa
fun scaleLuminosity(scale: Double): ColorLCHABa
fun shiftChroma(shift: Double): ColorLCHABa
fun shiftHue(shift: Double): ColorLCHABa
fun shiftLuminosity(shift: Double): ColorLCHABa
fun toLABa(): ColorLABa
fun toLSHABa(): ColorLSHABa
fun toRGBa(): ColorRGBa
fun toXYZa(): ColorXYZa

data class ColorLCHUVa

ColorLCHUVa(l: Double, c: Double, h: Double, alpha: Double = 1.0, ref: ColorXYZa = ColorXYZa.NEUTRAL)
val alpha: Double
val c: Double
fun findMaxChroma(l: Double, h: Double, ref: ColorXYZa): Double
fun fromLUVa(luva: ColorLUVa): ColorLCHUVa
val h: Double
val l: Double
val ref: ColorXYZa
fun scaleChroma(scale: Double): ColorLCHUVa
fun scaleHue(shift: Double): ColorLCHUVa
fun scaleLuminosity(scale: Double): ColorLCHUVa
fun shiftChroma(shift: Double): ColorLCHUVa
fun shiftHue(shift: Double): ColorLCHUVa
fun shiftLuminosity(shift: Double): ColorLCHUVa
fun toLSHUVa(): ColorLSHUVa
fun toLUVa(): ColorLUVa
fun toRGBa(): ColorRGBa

data class ColorLSHABa

ColorLSHABa(l: Double, s: Double, h: Double, alpha: Double = 1.0, ref: ColorXYZa = ColorXYZa.NEUTRAL)
val alpha: Double
fun fromLCHABa(lcha: ColorLCHABa): ColorLSHABa
val h: Double
val l: Double
val ref: ColorXYZa
val s: Double
val saturated: ColorLSHABa
fun scaleHue(scale: Double): ColorLSHABa
fun scaleLuminosity(scale: Double): ColorLSHABa
fun scaleSaturation(scale: Double): ColorLSHABa
fun shiftHue(shift: Double): ColorLSHABa
fun shiftLuminosity(shift: Double): ColorLSHABa
fun shiftSaturation(shift: Double): ColorLSHABa
fun toLCHABa(): ColorLCHABa
fun toRGBa(): ColorRGBa

data class ColorLSHUVa

ColorLSHUVa(l: Double, s: Double, h: Double, alpha: Double = 1.0, ref: ColorXYZa = ColorXYZa.NEUTRAL)
val alpha: Double
fun fromLCHUVa(lcha: ColorLCHUVa): ColorLSHUVa
val h: Double
val l: Double
val ref: ColorXYZa
val s: Double
val saturated: ColorLSHUVa
fun scaleHue(scale: Double): ColorLSHUVa
fun scaleLuminosity(scale: Double): ColorLSHUVa
fun scaleSaturation(scale: Double): ColorLSHUVa
fun shiftHue(shift: Double): ColorLSHUVa
fun shiftLuminosity(shift: Double): ColorLSHUVa
fun shiftSaturation(shift: Double): ColorLSHUVa
fun toLCHUVa(): ColorLCHUVa
fun toRGBa(): ColorRGBa

data class ColorLUVa

ColorLUVa(l: Double, u: Double, v: Double, alpha: Double = 1.0, ref: ColorXYZa)
val alpha: Double
fun fromRGBa(rgba: ColorRGBa, ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLUVa
fun fromXYZa(xyz: ColorXYZa, ref: ColorXYZa): ColorLUVa
val l: Double
val ref: ColorXYZa
fun toHSLa(ref: ColorXYZa = this.ref): ColorHSLa
fun toHSVa(ref: ColorXYZa = this.ref): ColorHSVa
fun toLABa(ref: ColorXYZa = this.ref): ColorLABa
fun toLCHUVa(): ColorLCHUVa
fun toRGBa(ref: ColorXYZa = this.ref): ColorRGBa
fun toXYZa(): ColorXYZa
val u: Double
val v: Double

data class ColorRGBa

ColorRGBa(r: Double, g: Double, b: Double, a: Double = 1.0, linearity: Linearity = Linearity.UNKNOWN)
val BLACK: ColorRGBa
val BLUE: ColorRGBa
enum class Component

B
G
R
a

val GRAY: ColorRGBa
val GREEN: ColorRGBa
val PINK: ColorRGBa
val RED: ColorRGBa
val TRANSPARENT: ColorRGBa
val WHITE: ColorRGBa
val YELLOW: ColorRGBa
val a: Double
val alphaMultiplied: ColorRGBa
val b: Double
fun fromHex(hex: Int): ColorRGBa
fun fromHex(hex: String): ColorRGBa
fun fromVector(vector: Vector3, alpha: Double = 1.0): ColorRGBa
fun fromVector(vector: Vector4): ColorRGBa
val g: Double
operator fun invoke(r: Double = this.r, g: Double = this.g, b: Double = this.b, a: Double = this.a): ColorRGBa
val linearity: Linearity
val maxValue: Double
val minValue: Double
fun opacify(opacity: Double): ColorRGBa
val r: Double
val saturated: ColorRGBa
fun shade(shade: Double): ColorRGBa
fun toHSLa(): ColorHSLa
fun toHSVa(): ColorHSVa
fun toLABa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLABa
fun toLCHABa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLCHABa
fun toLCHUVa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLCHUVa
fun toLUVa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLUVa
fun toLinear(): ColorRGBa
fun toSRGB(): ColorRGBa
fun toXYZa(): ColorXYZa

enum class ColorSampling

NORMALIZED
SIGNED_INTEGER
UNSIGNED_INTEGER

enum class ColorType

BPTC_FLOAT
BPTC_UFLOAT
BPTC_UNORM
DXT1
DXT3
DXT5
FLOAT16
FLOAT32
SINT16_INT
SINT8_INT
UINT16
UINT16_INT
UINT8
UINT8_INT
val colorSampling: ColorSampling
val componentSize: Int
val compressed: Boolean

data class ColorXSLa

ColorXSLa(x: Double, s: Double, l: Double, alpha: Double)
val alpha: Double
fun fromHSLa(hsla: ColorHSLa): ColorXSLa
val l: Double
val s: Double
fun toHSLa(): ColorHSLa
fun toRGBa(): ColorRGBa
val x: Double

data class ColorXSVa

ColorXSVa(x: Double, s: Double, v: Double, alpha: Double = 1.0)
val alpha: Double
fun fromHSVa(hsva: ColorHSVa): ColorXSLa
val s: Double
fun toHSVa(): ColorHSVa
fun toRGBa(): ColorRGBa
val v: Double
val x: Double

data class ColorXYZa

ColorXYZa(x: Double, y: Double, z: Double, a: Double = 1.0)
val NEUTRAL: ColorXYZa
val SO10_A: ColorXYZa
val SO10_C: ColorXYZa
val SO10_D50: ColorXYZa
val SO10_D60: ColorXYZa
val SO10_D65: ColorXYZa
val SO10_D75: ColorXYZa
val SO10_F2: ColorXYZa
val SO10_TL4: ColorXYZa
val SO10_UL3000: ColorXYZa
val SO2_A: ColorXYZa
val SO2_C: ColorXYZa
val SO2_D50: ColorXYZa
val SO2_D60: ColorXYZa
val SO2_D65: ColorXYZa
val SO2_D75: ColorXYZa
val SO2_F2: ColorXYZa
val SO2_TL4: ColorXYZa
val SO2_UL3000: ColorXYZa
val a: Double
fun fromRGBa(rgba: ColorRGBa): ColorXYZa
val minValue: Double
fun toHSLa(): ColorHSLa
fun toHSVa(): ColorHSVa
fun toLABa(ref: ColorXYZa): ColorLABa
fun toLUVa(ref: ColorXYZa): ColorLUVa
fun toRGBa(): ColorRGBa
val x: Double
val y: Double
val z: Double

data class ColorYxya

ColorYxya(yy: Double, x: Double, y: Double, a: Double = 1.0)
val a: Double
fun fromXYZa(xyza: ColorXYZa): ColorYxya
fun toXYZa(): ColorXYZa
val x: Double
val y: Double
val yy: Double

class Composition

Composition(root: CompositionNode)
fun findShapes(): List<ShapeNode>
fun findTerminals(filter: (CompositionNode) -> Boolean): List<CompositionNode>
val root: CompositionNode

sealed class CompositionColor
class CompositionDrawer

CompositionDrawer()
fun circle(position: Vector2, radius: Double): Unit
fun circle(circle: Circle): Unit
fun circles(circles: List<Circle>): Unit
fun circles(positions: List<Vector2>, radius: Double): Unit
fun circles(positions: List<Vector2>, radii: List<Double>): Unit
val composition: Composition
fun contour(contour: ShapeContour): Unit
fun contours(contours: List<ShapeContour>): Unit
var fill: ColorRGBa?
fun group(builder: CompositionDrawer.() -> Unit): Unit
fun lineLoop(points: List<Vector2>): Unit
fun lineSegment(start: Vector2, end: Vector2): Unit
fun lineSegment(lineSegment: LineSegment): Unit
fun lineSegments(lineSegments: List<LineSegment>): Unit
fun lineStrip(points: List<Vector2>): Unit
var model: Matrix44
fun popModel(): Unit
fun pushModel(): Unit
fun rectangle(rectangle: Rectangle): Unit
fun rectangle(x: Double, y: Double, width: Double, height: Double): Unit
fun rectangles(rectangles: List<Rectangle>): Unit
fun rectangles(positions: List<Vector2>, width: Double, height: Double): Unit
fun rectangles(positions: List<Vector2>, dimensions: List<Vector2>): Unit
val root: GroupNode
fun rotate(rotationInDegrees: Double): Unit
fun scale(s: Double): Unit
fun scale(x: Double, y: Double): Unit
fun shape(shape: Shape): Unit
fun shapes(shapes: List<Shape>): Unit
var stroke: ColorRGBa?
var strokeWeight: Double
fun text(text: String, position: Vector2): Unit
fun textOnContour(text: String, path: ShapeContour): Unit
fun texts(text: List<String>, positions: List<Vector2>): Unit
fun translate(x: Double, y: Double): Unit
fun translate(t: Vector2): Unit

sealed class CompositionNode

open val bounds: Rectangle
val effectiveFill: ColorRGBa?
val effectiveStroke: ColorRGBa?
var fill: CompositionColor
var id: String?
var parent: CompositionNode?
var stroke: CompositionColor
var strokeWeight: CompositionStrokeWeight
var transform: Matrix44

sealed class CompositionStrokeWeight
class Compound

Compound(shapes: List<Shape>)
val shapes: List<Shape>

class CompoundBuilder

CompoundBuilder()
inner class OpBuilder

OpBuilder()
fun difference(f: OpBuilder.() -> Unit): Unit
fun intersection(f: OpBuilder.() -> Unit): Unit
val operands: MutableList<List<Shape>>
fun shape(shape: Shape): Unit
fun shape(contour: ShapeContour): Unit
fun union(f: OpBuilder.() -> Unit): Unit

fun difference(f: OpBuilder.() -> Unit): List<Shape>
fun intersection(f: OpBuilder.() -> Unit): List<Shape>
fun union(f: OpBuilder.() -> Unit): List<Shape>

interface ComputeShader

abstract fun buffer(name: String, vertexBuffer: VertexBuffer): Unit
abstract fun counters(bindingIndex: Int, counterBuffer: AtomicCounterBuffer): Unit
abstract fun destroy(): Unit
abstract fun execute(width: Int = 1, height: Int = 1, depth: Int = 1): Unit
fun fromCode(code: String): ComputeShader
fun fromFile(file: File): ComputeShader
abstract fun image(name: String, image: Int, colorBuffer: ColorBuffer, access: ImageAccess = ImageAccess.READ): Unit
abstract fun image(name: String, image: Int, arrayTexture: ArrayTexture, layer: Int, access: ImageAccess = ImageAccess.READ): Unit
abstract fun image(name: String, image: Int, arrayTexture: ArrayTexture, access: ImageAccess = ImageAccess.READ): Unit
abstract fun image(name: String, image: Int, cubemap: Cubemap, access: ImageAccess = ImageAccess.READ): Unit
abstract fun uniform(name: String, value: Matrix33): Unit
abstract fun uniform(name: String, value: Matrix44): Unit
abstract fun uniform(name: String, value: ColorRGBa): Unit
abstract fun uniform(name: String, value: Vector4): Unit
abstract fun uniform(name: String, value: Vector3): Unit
abstract fun uniform(name: String, value: Vector2): Unit
abstract fun uniform(name: String, x: Float, y: Float, z: Float, w: Float): Unit
abstract fun uniform(name: String, x: Float, y: Float, z: Float): Unit
abstract fun uniform(name: String, x: Float, y: Float): Unit
abstract fun uniform(name: String, value: Double): Unit
abstract fun uniform(name: String, value: Float): Unit
abstract fun uniform(name: String, value: Int): Unit
abstract fun uniform(name: String, value: Boolean): Unit
abstract fun uniform(name: String, value: Array<Vector4>): Unit
abstract fun uniform(name: String, value: Array<Vector3>): Unit
abstract fun uniform(name: String, value: Array<Vector2>): Unit
abstract fun uniform(name: String, value: FloatArray): Unit

class ComputeShaderGL43 : ComputeShader

ComputeShaderGL43(programObject: Int, name: String = "compute_shader")
fun buffer(name: String, vertexBuffer: VertexBuffer): Unit
fun counters(bindingIndex: Int, counterBuffer: AtomicCounterBuffer): Unit
fun createFromCode(code: String): ComputeShaderGL43
fun destroy(): Unit
fun execute(width: Int, height: Int, depth: Int): Unit
fun image(name: String, image: Int, colorBuffer: ColorBuffer, access: ImageAccess): Unit
fun image(name: String, image: Int, arrayTexture: ArrayTexture, layer: Int, access: ImageAccess): Unit
fun image(name: String, image: Int, arrayTexture: ArrayTexture, access: ImageAccess): Unit
fun image(name: String, image: Int, cubemap: Cubemap, access: ImageAccess): Unit
val name: String
val programObject: Int
fun uniform(name: String, value: ColorRGBa): Unit
fun uniform(name: String, value: Vector3): Unit
fun uniform(name: String, value: Vector4): Unit
fun uniform(name: String, x: Float, y: Float, z: Float, w: Float): Unit
fun uniform(name: String, x: Float, y: Float, z: Float): Unit
fun uniform(name: String, x: Float, y: Float): Unit
fun uniform(name: String, value: Int): Unit
fun uniform(name: String, value: Boolean): Unit
fun uniform(name: String, value: Vector2): Unit
fun uniform(name: String, value: Float): Unit
fun uniform(name: String, value: Double): Unit
fun uniform(name: String, value: Matrix33): Unit
fun uniform(name: String, value: Matrix44): Unit
fun uniform(name: String, value: Array<Vector2>): Unit
fun uniform(name: String, value: Array<Vector3>): Unit
fun uniform(name: String, value: Array<Vector4>): Unit
fun uniform(name: String, value: FloatArray): Unit

class Configuration

Configuration()
var debug: Boolean
var fullscreen: Fullscreen
var headless: Boolean
var height: Int
var hideCursor: Boolean
var hideWindowDecorations: Boolean
var maximumHeight: Int
var maximumWidth: Int
var minimumHeight: Int
var minimumWidth: Int
var multisample: WindowMultisample
var position: IntVector2?
var showBeforeSetup: Boolean
var title: String
var trace: Boolean
var unfocusBehaviour: UnfocusBehaviour
var width: Int
var windowAlwaysOnTop: Boolean
var windowResizable: Boolean

class ContourBuilder

ContourBuilder()
var anchor: Vector2
fun arcTo(crx: Double, cry: Double, angle: Double, largeArcFlag: Boolean, sweepFlag: Boolean, tx: Double, ty: Double): Unit
fun arcTo(crx: Double, cry: Double, angle: Double, largeArcFlag: Boolean, sweepFlag: Boolean, end: Vector2): Unit
fun close(): Unit
fun continueTo(end: Vector2, tangentScale: Double = 1.0): Unit
fun continueTo(x: Double, y: Double, tangentScale: Double = 1.0): Unit
fun continueTo(control: Vector2, end: Vector2, tangentScale: Double = 1.0): Unit
fun continueTo(cx: Double, cy: Double, x: Double, y: Double, tangentScale: Double = 1.0): Unit
var cursor: Vector2
fun curveTo(control: Vector2, position: Vector2): Unit
fun curveTo(cx: Double, cy: Double, x: Double, y: Double): Unit
fun curveTo(control0: Vector2, control1: Vector2, position: Vector2): Unit
fun curveTo(c0x: Double, c0y: Double, c1x: Double, c1y: Double, x: Double, y: Double): Unit
fun lineTo(position: Vector2): Unit
fun lineTo(x: Double, y: Double): Unit
fun moveOrCurveTo(control: Vector2, position: Vector2): Unit
fun moveOrCurveTo(cx: Double, cy: Double, x: Double, y: Double): Unit
fun moveOrCurveTo(control0: Vector2, control1: Vector2, position: Vector2): Unit
fun moveOrCurveTo(c0x: Double, c0y: Double, c1x: Double, c1y: Double, x: Double, y: Double): Unit
fun moveOrLineTo(position: Vector2): Unit
fun moveOrLineTo(x: Double, y: Double): Unit
fun moveTo(position: Vector2): Unit
fun moveTo(x: Double, y: Double): Unit
fun reverse(): Unit
val segments: MutableList<Segment>

class ContourProjection

ContourProjection(segmentProjection: SegmentProjection, projection: Double, distance: Double, point: Vector2)
val distance: Double
val point: Vector2
val projection: Double
val segmentProjection: SegmentProjection

interface Cubemap

abstract fun bind(textureUnit: Int = 0): Unit
fun create(width: Int, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8, session: Session? = Session.active): Cubemap
abstract fun destroy(): Unit
abstract fun filter(min: MinifyingFilter, mag: MagnifyingFilter): Unit
abstract val format: ColorFormat
fun fromUrl(url: String, session: Session?): Cubemap
fun fromUrls(urls: List<String>, session: Session?): Cubemap
abstract fun generateMipmaps(): Unit
abstract val session: Session?
abstract fun side(side: CubemapSide): ColorBuffer
abstract val type: ColorType
abstract val width: Int

class CubemapGL3 : Cubemap

CubemapGL3(texture: Int, width: Int, sides: List<ColorBuffer>, type: ColorType, format: ColorFormat, session: Session?)
fun bind(textureUnit: Int): Unit
fun create(width: Int, format: ColorFormat, type: ColorType, session: Session?): CubemapGL3
fun destroy(): Unit
fun filter(min: MinifyingFilter, mag: MagnifyingFilter): Unit
val format: ColorFormat
fun fromUrl(url: String, session: Session?): CubemapGL3
fun fromUrls(urls: List<String>, session: Session?): CubemapGL3
fun generateMipmaps(): Unit
val session: Session?
fun side(side: CubemapSide): ColorBuffer
val sides: List<ColorBuffer>
val texture: Int
val type: ColorType
val width: Int

enum class CubemapSide

NEGATIVE_X
NEGATIVE_Y
NEGATIVE_Z
POSITIVE_X
POSITIVE_Y
POSITIVE_Z
val forward: Vector3
val up: Vector3

class CubicIn : Easer

CubicIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class CubicInOut : Easer

CubicInOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class CubicOut : Easer

CubicOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

enum class CullTestPass

ALWAYS
BACK
FRONT
NEVER

class Cursor

Cursor(cursor: Cursor)
Cursor(x: Double = 0.0, y: Double = 0.0)
var x: Double
var y: Double

class DDSData

DDSData(format: ColorFormat, type: ColorType, width: Int, height: Int, mipmaps: Int, cubeMap: Boolean, bdata: List<ByteBuffer>, bdata2: List<ByteBuffer>)
val bdata: List<ByteBuffer>
val bdata2: List<ByteBuffer>
val cubeMap: Boolean
val format: ColorFormat
val height: Int
fun image(level: Int): ByteBuffer
fun mipMapLevel(level: Int): ByteBuffer
val mipmaps: Int
fun sideNX(level: Int = 0): ByteBuffer
fun sideNY(level: Int = 0): ByteBuffer
fun sideNZ(level: Int = 0): ByteBuffer
fun sidePX(level: Int = 0): ByteBuffer
fun sidePY(level: Int = 0): ByteBuffer
fun sidePZ(level: Int = 0): ByteBuffer
val type: ColorType
val width: Int

class DDSPixelFormat

DDSPixelFormat(header: ByteBuffer)
var dwABitMask: Int
var dwBBitMask: Int
var dwFlags: Int
var dwFourCC: Int
var dwGBitMask: Int
var dwRBitMask: Int
var dwRGBBitCount: Int
var dwSize: Int
var hasFlagAlpha: Boolean
var hasFlagAlphaPixels: Boolean
var hasFlagFourCC: Boolean
var hasFlagLuminance: Boolean
var hasFlagRgb: Boolean
var hasFlagYuv: Boolean
var isCompressed: Boolean
var sFourCC: String

class DefaultClipper : Clipper

DefaultClipper()
fun inside(node: IntRectangle, rectangle: IntRectangle, data: Any?): Boolean

class DefaultClock : Clock

DefaultClock()
val time: Long
val timeNanos: Long

class DefaultOrderer : Orderer

DefaultOrderer()
fun order(node: PackNode, rectangle: IntRectangle): List<Int>

class DefaultSplitter : Splitter

DefaultSplitter()
fun split(node: PackNode, rectangle: IntRectangle): List<PackNode>

class Delinearize : Filter

Delinearize()

interface DepthBuffer

abstract fun bind(textureUnit: Int): Unit
abstract fun copyTo(target: DepthBuffer): Unit
fun create(width: Int, height: Int, format: DepthFormat = DepthFormat.DEPTH24_STENCIL8, multisample: BufferMultisample): DepthBuffer
abstract fun destroy(): Unit
abstract val format: DepthFormat
open val hasStencil: Boolean
abstract val height: Int
abstract val multisample: BufferMultisample
abstract fun resolveTo(target: DepthBuffer): Unit
abstract val session: Session?
abstract val width: Int

class DepthBufferGL3 : DepthBuffer

DepthBufferGL3(texture: Int, target: Int, width: Int, height: Int, format: DepthFormat, multisample: BufferMultisample, session: Session?)
fun bind(textureUnit: Int): Unit
fun bound(f: DepthBufferGL3.() -> Unit): Unit
fun copyTo(target: DepthBuffer): Unit
fun create(width: Int, height: Int, format: DepthFormat, multisample: BufferMultisample, session: Session?): DepthBufferGL3
fun destroy(): Unit
val format: DepthFormat
val height: Int
val multisample: BufferMultisample
fun resolveTo(target: DepthBuffer): Unit
val session: Session?
val target: Int
val texture: Int
val width: Int

enum class DepthFormat

DEPTH16
DEPTH24
DEPTH24_STENCIL8
DEPTH32F
DEPTH32F_STENCIL8

enum class DepthTestPass

ALWAYS
EQUAL
GREATER
GREATER_OR_EQUAL
LESS
LESS_OR_EQUAL
NEVER

class Dispatcher : MainCoroutineDispatcher, Delay

Dispatcher()
fun dispatch(context: CoroutineContext, block: Runnable): Unit
fun execute(): Unit
@ExperimentalCoroutinesApi val immediate: MainCoroutineDispatcher
fun invokeOnTimeout(timeMillis: Long, block: Runnable): DisposableHandle
@ExperimentalCoroutinesApi fun isDispatchNeeded(context: CoroutineContext): Boolean
fun scheduleResumeAfterDelay(timeMillis: Long, continuation: CancellableContinuation<Unit>): Unit

data class DrawContext

DrawContext(model: Matrix44, view: Matrix44, projection: Matrix44, width: Int, height: Int, contentScale: Double)
fun applyToShader(shader: Shader): Unit
val contentScale: Double
val height: Int
val model: Matrix44
val projection: Matrix44
val view: Matrix44
val width: Int

enum class DrawPrimitive

LINES
LINE_STRIP
POINTS
TRIANGLES
TRIANGLE_FAN
TRIANGLE_STRIP

enum class DrawQuality

PERFORMANCE
QUALITY

data class DrawStyle

DrawStyle(clip: Rectangle? = null, fill: ColorRGBa? = ColorRGBa.WHITE, stroke: ColorRGBa? = ColorRGBa.BLACK, lineCap: LineCap = LineCap.BUTT, lineJoin: LineJoin = LineJoin.MITER, strokeWeight: Double = 1.0, smooth: Boolean = true, quality: DrawQuality = DrawQuality.QUALITY, depthTestPass: DepthTestPass = DepthTestPass.ALWAYS, depthWrite: Boolean = false, blendMode: BlendMode = BlendMode.OVER, cullTestPass: CullTestPass = CullTestPass.ALWAYS, channelWriteMask: ChannelMask = ChannelMask(red = true, green = true, blue = true, alpha = true), alphaToCoverage: Boolean = false, shadeStyle: ShadeStyle? = null, fontMap: FontMap? = null, kerning: KernMode = KernMode.METRIC, stencil: StencilStyle = StencilStyle(), frontStencil: StencilStyle = stencil, backStencil: StencilStyle = stencil, colorMatrix: Matrix55 = Matrix55.IDENTITY)
var alphaToCoverage: Boolean
fun applyToShader(shader: Shader): Unit
var backStencil: StencilStyle
var blendMode: BlendMode
var channelWriteMask: ChannelMask
var clip: Rectangle?
var colorMatrix: Matrix55
var cullTestPass: CullTestPass
var depthTestPass: DepthTestPass
var depthWrite: Boolean
var fill: ColorRGBa?
var fontMap: FontMap?
var frontStencil: StencilStyle
var kerning: KernMode
var lineCap: LineCap
var lineJoin: LineJoin
var quality: DrawQuality
var shadeStyle: ShadeStyle?
var smooth: Boolean
var stencil: StencilStyle
var stroke: ColorRGBa?
var strokeWeight: Double

interface DrawThread

abstract val dispatcher: CoroutineDispatcher
abstract val drawer: Drawer

class DrawThreadGL3 : DrawThread

DrawThreadGL3(contextWindow: Long)
fun create(): DrawThreadGL3
val dispatcher: Dispatcher
val drawer: Drawer

class Drawer

Drawer(driver: Driver)
fun background(r: Double, g: Double, b: Double, a: Double): Unit
fun background(color: ColorRGBa): Unit
val bounds: Rectangle
fun circle(x: Double, y: Double, radius: Double): Unit
fun circle(position: Vector2, radius: Double): Unit
fun circle(circle: Circle): Unit
fun circles(positions: List<Vector2>, radius: Double): Unit
fun circles(positions: List<Vector2>, radii: List<Double>): Unit
fun circles(circles: List<Circle>): Unit
fun circles(vertexBuffer: VertexBuffer, count: Int = vertexBuffer.vertexCount): Unit
fun composition(composition: Composition): Unit
val context: DrawContext
fun contour(contour: ShapeContour): Unit
fun contours(contours: List<ShapeContour>): Unit
var cullTestPass: CullTestPass
fun defaults(): Unit
var depthTestPass: DepthTestPass
var depthWrite: Boolean
var drawStyle: DrawStyle
val driver: Driver
var fill: ColorRGBa?
var fontMap: FontMap?
var height: Int
fun image(colorBuffer: ColorBuffer, source: Rectangle, target: Rectangle): Unit
fun image(colorBuffer: ColorBuffer, x: Double, y: Double, width: Double = colorBuffer.width.toDouble(), height: Double = colorBuffer.height.toDouble()): Unit
fun image(colorBuffer: ColorBuffer, position: Vector2, width: Double = colorBuffer.width.toDouble(), height: Double = colorBuffer.height.toDouble()): Unit
fun image(colorBuffer: ColorBuffer): Unit
fun image(colorBuffer: ColorBuffer, rectangles: List<Pair<Rectangle, Rectangle>>): Unit
fun image(arrayTexture: ArrayTexture, layer: Int = 0, x: Double = 0.0, y: Double = 0.0, width: Double = arrayTexture.width.toDouble(), height: Double = arrayTexture.height.toDouble()): Unit
fun image(arrayTexture: ArrayTexture, layer: Int = 0, source: Rectangle, target: Rectangle): Unit
fun image(arrayTexture: ArrayTexture, layers: List<Int>, rectangles: List<Pair<Rectangle, Rectangle>>): Unit
var lineCap: LineCap
var lineJoin: LineJoin
fun lineLoop(points: List<Vector2>): Unit
@JvmName("lineLoop3d") fun lineLoop(points: List<Vector3>): Unit
fun lineLoops(loops: List<List<Vector2>>): Unit
@JvmName("lineLoops3d") fun lineLoops(loops: List<List<Vector3>>): Unit
fun lineLoops(loops: List<List<Vector2>>, weights: List<Double>): Unit
@JvmName("lineLoops3d)") fun lineLoops(loops: List<List<Vector3>>, weights: List<Double>): Unit
fun lineSegment(x0: Double, y0: Double, x1: Double, y1: Double): Unit
fun lineSegment(lineSegment: LineSegment): Unit
fun lineSegment(start: Vector2, end: Vector2): Unit
fun lineSegment(start: Vector3, end: Vector3): Unit
fun lineSegments(segments: List<Vector2>): Unit
fun lineSegments(segments: List<Vector2>, weights: List<Double>): Unit
@JvmName("lineSegments3d") fun lineSegments(segments: List<Vector3>): Unit
@JvmName("lineSegments3d") fun lineSegments(segments: List<Vector3>, weights: List<Double>): Unit
@JvmName("lineSegments3d") fun lineSegments(segments: List<Vector3>, weights: List<Double>, colors: List<ColorRGBa>): Unit
fun lineStrip(points: List<Vector2>): Unit
@JvmName("lineStrip3d") fun lineStrip(points: List<Vector3>): Unit
fun lineStrips(strips: List<List<Vector2>>): Unit
@JvmName("lineStrips3d") fun lineStrips(strips: List<List<Vector3>>): Unit
fun lineStrips(strips: List<List<Vector2>>, weights: List<Double>): Unit
@JvmName("lineStrips3d") fun lineStrips(strips: List<List<Vector3>>, weights: List<Double>): Unit
@JvmName("lineStrips3d") fun lineStrips(strips: List<List<Vector3>>, weights: List<Double>, colors: List<ColorRGBa>): Unit
fun lookAt(from: Vector3, to: Vector3, up: Vector3 = Vector3.UNIT_Y): Unit
var model: Matrix44
fun ortho(renderTarget: RenderTarget): Unit
fun ortho(): Unit
fun ortho(left: Double, right: Double, bottom: Double, top: Double, near: Double, far: Double): Unit
fun path(path: Path3D): Unit
fun perspective(fovY: Double, aspectRatio: Double, zNear: Double, zFar: Double): Unit
fun point(x: Double, y: Double, z: Double = 0.0): Unit
@JvmName("points2D") fun points(points: List<Vector2>): Unit
@JvmName("points3D") fun points(points: List<Vector3>): Unit
fun popModel(): Unit
fun popProjection(): Unit
fun popStyle(): Unit
fun popTransforms(): Unit
fun popView(): Unit
var projection: Matrix44
fun pushModel(): Matrix44
fun pushProjection(): Matrix44
fun pushStyle(): DrawStyle
fun pushTransforms(): Unit
fun pushView(): Matrix44
fun rectangle(rectangle: Rectangle): Unit
fun rectangle(x: Double, y: Double, width: Double, height: Double): Unit
fun rectangle(corner: Vector2, width: Double, height: Double): Unit
fun rectangles(positions: List<Vector2>, width: Double, height: Double): Unit
fun rectangles(positions: List<Vector2>, dimensions: List<Vector2>): Unit
fun rectangles(rectangles: List<Rectangle>): Unit
fun reset(): Unit
fun rotate(rotationInDegrees: Double): Unit
fun rotate(axis: Vector3, rotationInDegrees: Double): Unit
fun scale(s: Double): Unit
fun scale(x: Double, y: Double): Unit
fun scale(x: Double, y: Double, z: Double): Unit
fun segment(segment: Segment): Unit
fun segment(segment: Segment3D): Unit
fun segments(segments: List<Segment3D>): Unit
fun segments(segments: List<Segment3D>, weights: List<Double>, colors: List<ColorRGBa>): Unit
var shadeStyle: ShadeStyle?
fun shape(shape: Shape): Unit
fun shapes(shapes: List<Shape>): Unit
fun size(width: Int, height: Int): Unit
var stroke: ColorRGBa?
var strokeWeight: Double
fun text(text: String, position: Vector2): Unit
fun text(text: String, x: Double = 0.0, y: Double = 0.0): Unit
fun texts(texts: List<String>, positions: List<Vector2>): Unit
fun translate(t: Vector2): Unit
fun translate(t: Vector3): Unit
fun translate(x: Double, y: Double): Unit
fun translate(x: Double, y: Double, z: Double): Unit
fun vertexBuffer(vertexBuffer: VertexBuffer, primitive: DrawPrimitive, vertexOffset: Int = 0, vertexCount: Int = vertexBuffer.vertexCount): Unit
fun vertexBuffer(vertexBuffers: List<VertexBuffer>, primitive: DrawPrimitive, offset: Int = 0, vertexCount: Int = vertexBuffers[0].vertexCount): Unit
fun vertexBuffer(indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, primitive: DrawPrimitive, offset: Int = 0, indexCount: Int = indexBuffer.indexCount): Unit
fun vertexBufferInstances(vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, primitive: DrawPrimitive, instanceCount: Int, offset: Int = 0, vertexCount: Int = vertexBuffers[0].vertexCount): Unit
fun vertexBufferInstances(indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, primitive: DrawPrimitive, instanceCount: Int, offset: Int = 0, indexCount: Int = indexBuffer.indexCount): Unit
var view: Matrix44
var width: Int
fun withTarget(target: RenderTarget, action: Drawer.() -> Unit): Unit

interface Driver

abstract val activeRenderTarget: RenderTarget
abstract fun clear(r: Double, g: Double, b: Double, a: Double): Unit
open fun clear(color: ColorRGBa): Unit
abstract val contextID: Long
abstract fun createArrayTexture(width: Int, height: Int, layers: Int, format: ColorFormat, type: ColorType, levels: Int = 1, session: Session? = Session.active): ArrayTexture
abstract fun createAtomicCounterBuffer(counterCount: Int, session: Session? = Session.active): AtomicCounterBuffer
abstract fun createBufferTexture(elementCount: Int, format: ColorFormat, type: ColorType, session: Session? = Session.active): BufferTexture
abstract fun createColorBuffer(width: Int, height: Int, contentScale: Double, format: ColorFormat, type: ColorType, multisample: BufferMultisample = BufferMultisample.Disabled, levels: Int = 1, session: Session? = Session.active): ColorBuffer
abstract fun createColorBufferFromArray(array: ByteArray, offset: Int = 0, length: Int = 0, name: String? = null, formatHint: ImageFileFormat? = null, session: Session? = Session.active): ColorBuffer
abstract fun createColorBufferFromBuffer(buffer: ByteBuffer, name: String? = null, formatHint: ImageFileFormat? = null, session: Session? = Session.active): ColorBuffer
abstract fun createColorBufferFromFile(filename: String, session: Session? = Session.active): ColorBuffer
abstract fun createColorBufferFromStream(stream: InputStream, name: String? = null, formatHint: ImageFileFormat? = null, session: Session? = Session.active): ColorBuffer
abstract fun createColorBufferFromUrl(url: String, session: Session? = Session.active): ColorBuffer
abstract fun createComputeShader(code: String, session: Session? = Session.active): ComputeShader
abstract fun createCubemap(width: Int, format: ColorFormat, type: ColorType, session: Session? = Session.active): Cubemap
abstract fun createCubemapFromUrls(urls: List<String>, session: Session? = Session.active): Cubemap
abstract fun createDepthBuffer(width: Int, height: Int, format: DepthFormat, multisample: BufferMultisample = BufferMultisample.Disabled, session: Session? = Session.active): DepthBuffer
abstract fun createDrawThread(session: Session? = Session.active): DrawThread
abstract fun createDynamicIndexBuffer(elementCount: Int, type: IndexType, session: Session? = Session.active): IndexBuffer
abstract fun createDynamicVertexBuffer(format: VertexFormat, vertexCount: Int, session: Session? = Session.active): VertexBuffer
abstract fun createRenderTarget(width: Int, height: Int, contentScale: Double = 1.0, multisample: BufferMultisample = BufferMultisample.Disabled, session: Session? = Session.active): RenderTarget
abstract fun createResourceThread(session: Session? = Session.active, f: () -> Unit): ResourceThread
abstract fun createShadeStyleManager(vertexShaderGenerator: (ShadeStructure) -> String, fragmentShaderGenerator: (ShadeStructure) -> String, session: Session? = Session.root): ShadeStyleManager
abstract fun createShader(vsCode: String, fsCode: String, session: Session? = Session.active): Shader
abstract fun createStaticVertexBuffer(format: VertexFormat, buffer: Buffer, session: Session? = Session.active): VertexBuffer
abstract fun drawIndexedInstances(shader: Shader, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, drawPrimitive: DrawPrimitive, indexOffset: Int, indexCount: Int, instanceCount: Int): Unit
abstract fun drawIndexedVertexBuffer(shader: Shader, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, drawPrimitive: DrawPrimitive, indexOffset: Int, indexCount: Int): Unit
abstract fun drawInstances(shader: Shader, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, drawPrimitive: DrawPrimitive, vertexOffset: Int, vertexCount: Int, instanceCount: Int): Unit
abstract fun drawVertexBuffer(shader: Shader, vertexBuffers: List<VertexBuffer>, drawPrimitive: DrawPrimitive, vertexOffset: Int, vertexCount: Int): Unit
lateinit var driver: Driver
abstract fun finish(): Unit
abstract val fontImageMapManager: FontMapManager
abstract val fontVectorMapManager: FontMapManager
val instance: Driver
abstract fun internalShaderResource(resourceId: String): String
abstract fun setState(drawStyle: DrawStyle): Unit
abstract val shaderGenerators: ShaderGenerators

class DriverGL3 : Driver

DriverGL3(version: DriverVersionGL)
val activeRenderTarget: RenderTarget
fun clear(r: Double, g: Double, b: Double, a: Double): Unit
val contextID: Long
fun createArrayTexture(width: Int, height: Int, layers: Int, format: ColorFormat, type: ColorType, levels: Int, session: Session?): ArrayTexture
fun createAtomicCounterBuffer(counterCount: Int, session: Session?): AtomicCounterBuffer
fun createBufferTexture(elementCount: Int, format: ColorFormat, type: ColorType, session: Session?): BufferTexture
fun createColorBuffer(width: Int, height: Int, contentScale: Double, format: ColorFormat, type: ColorType, multisample: BufferMultisample, levels: Int, session: Session?): ColorBuffer
fun createColorBufferFromArray(array: ByteArray, offset: Int, length: Int, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun createColorBufferFromBuffer(buffer: ByteBuffer, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun createColorBufferFromFile(filename: String, session: Session?): ColorBuffer
fun createColorBufferFromStream(stream: InputStream, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun createColorBufferFromUrl(url: String, session: Session?): ColorBuffer
fun createComputeShader(code: String, session: Session?): ComputeShader
fun createCubemap(width: Int, format: ColorFormat, type: ColorType, session: Session?): Cubemap
fun createCubemapFromUrls(urls: List<String>, session: Session?): Cubemap
fun createDepthBuffer(width: Int, height: Int, format: DepthFormat, multisample: BufferMultisample, session: Session?): DepthBuffer
fun createDrawThread(session: Session?): DrawThread
fun createDynamicIndexBuffer(elementCount: Int, type: IndexType, session: Session?): IndexBuffer
fun createDynamicVertexBuffer(format: VertexFormat, vertexCount: Int, session: Session?): VertexBuffer
fun createRenderTarget(width: Int, height: Int, contentScale: Double, multisample: BufferMultisample, session: Session?): RenderTarget
fun createResourceThread(session: Session?, f: () -> Unit): ResourceThread
fun createShadeStyleManager(vertexShaderGenerator: (ShadeStructure) -> String, fragmentShaderGenerator: (ShadeStructure) -> String, session: Session?): ShadeStyleManager
fun createShader(vsCode: String, fsCode: String, session: Session?): Shader
fun createStaticVertexBuffer(format: VertexFormat, buffer: Buffer, session: Session?): VertexBuffer
fun drawIndexedInstances(shader: Shader, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, drawPrimitive: DrawPrimitive, indexOffset: Int, indexCount: Int, instanceCount: Int): Unit
fun drawIndexedVertexBuffer(shader: Shader, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, drawPrimitive: DrawPrimitive, indexOffset: Int, indexCount: Int): Unit
fun drawInstances(shader: Shader, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, drawPrimitive: DrawPrimitive, vertexOffset: Int, vertexCount: Int, instanceCount: Int): Unit
fun drawVertexBuffer(shader: Shader, vertexBuffers: List<VertexBuffer>, drawPrimitive: DrawPrimitive, vertexOffset: Int, vertexCount: Int): Unit
fun finish(): Unit
val fontImageMapManager: FontMapManager
val fontVectorMapManager: FontMapManager
fun internalShaderResource(resourceId: String): String
fun setState(drawStyle: DrawStyle): Unit
val shaderGenerators: ShaderGenerators
val version: DriverVersionGL

enum class DriverVersionGL

VERSION_3_3
VERSION_4_3

class DropEvent

DropEvent(position: Vector2, files: List<File>)
val files: List<File>
val position: Vector2

interface Easer

abstract fun ease(t: Double, b: Double, c: Double, d: Double): Double
abstract fun velocity(t: Double, b: Double, c: Double, d: Double): Double

enum class Easing

CubicIn
CubicInOut
CubicOut
None
QuadIn
QuadInOut
QuadOut
QuartIn
QuartInOut
QuartOut
SineIn
SineInOut
SineOut
val easer: Easer

class Event<T>

Event()
Event(name: String)
@FunctionalInterface interface Filter<T1>

abstract fun filter(v1: T1): Boolean

@FunctionalInterface interface Map<T1, R1>

abstract fun map(v1: T1): R1

fun deliver(): Unit
fun filter(filter: (T) -> Boolean): Event<T>
protected fun internalTrigger(): Unit
fun listen(listener: (T) -> Unit): Event<T>
fun listen(listener: Event<T>): Event<T>
fun listenOnce(listener: (T) -> Unit): Event<T>
fun listenOnce(listener: Event<T>): Event<T>
val listeners: ArrayList<(T) -> Unit>
fun name(name: String): Event<T>
fun name(): String
fun postpone(postpone: Boolean): Event<T>
fun signature(): Array<Class<*>>
fun signature(t1: Class<T>): Event<T>
fun sinceLastTrigger(): Duration
fun trigger(v1: T): Event<T>
fun triggerCount(): Long

class ExpoIn : Easer

ExpoIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

interface Extension

open fun afterDraw(drawer: Drawer, program: Program): Unit
open fun beforeDraw(drawer: Drawer, program: Program): Unit
abstract var enabled: Boolean
open fun setup(program: Program): Unit
open fun shutdown(program: Program): Unit

enum class ExtensionStage

AFTER_DRAW
BEFORE_DRAW
SETUP

open class Filter

Filter(shader: Shader? = null, watcher: ShaderWatcher? = null)
fun apply(source: RenderTarget, target: RenderTarget): Unit
open fun apply(source: Array<ColorBuffer>, target: Array<ColorBuffer>): Unit
fun apply(source: Array<ColorBuffer>, target: RenderTarget): Unit
fun apply(source: ColorBuffer, target: ColorBuffer): Unit
fun apply(source: ColorBuffer, target: Array<ColorBuffer>): Unit
fun apply(source: Array<ColorBuffer>, target: ColorBuffer): Unit
var depthBufferOut: DepthBuffer?
val filterVertexCode: String
protected val format: VertexFormat
var padding: Int
val parameters: MutableMap<String, Any>
fun untrack(): Unit

class FontImageMap : FontMap

FontImageMap(texture: ColorBuffer, map: Map<Char, IntRectangle>, glyphMetrics: Map<Char, GlyphMetrics>, size: Double, contentScale: Double, ascenderLength: Double, descenderLength: Double, height: Double, leading: Double, name: String)
val ascenderLength: Double
fun characterWidth(character: Char): Double
val contentScale: Double
val descenderLength: Double
fun fromFile(file: String, size: Double, contentScale: Double = 1.0): FontImageMap
fun fromUrl(fontUrl: String, size: Double, contentScale: Double = 1.0): FontImageMap
val glyphMetrics: Map<Char, GlyphMetrics>
val height: Double
fun kerning(left: Char, right: Char): Double
val kerningTable: MutableMap<CharacterPair, Double>
val leading: Double
val map: Map<Char, IntRectangle>
val name: String
val size: Double
val texture: ColorBuffer

data class FontImageMapDescriptor

FontImageMapDescriptor(fontUrl: String, size: Double, contentScale: Double)
val contentScale: Double
val fontUrl: String
val size: Double

class FontImageMapDrawer

FontImageMapDrawer()
fun drawText(context: DrawContext, drawStyle: DrawStyle, text: String, x: Double, y: Double): Unit
fun drawTexts(context: DrawContext, drawStyle: DrawStyle, texts: List<String>, positions: List<Vector2>): Unit
fun flush(context: DrawContext, drawStyle: DrawStyle): Unit
fun queueText(fontMap: FontMap, text: String, x: Double, y: Double, tracking: Double = 0.0, kerning: KernMode = KernMode.METRIC): Unit
var queuedInstances: Int

class FontImageMapManagerGL3 : FontMapManager

FontImageMapManagerGL3()
val alphabet: CharArray
val cyrillic: CharArray
fun fontMapFromUrl(url: String, size: Double, contentScale: Double): FontImageMap
val standard: CharArray

abstract class FontMap

FontMap()
abstract val ascenderLength: Double
abstract val descenderLength: Double
abstract val height: Double
abstract val leading: Double
abstract val name: String
abstract val size: Double

abstract class FontMapManager

FontMapManager()
abstract fun fontMapFromUrl(url: String, size: Double, contentScale: Double = 1.0): FontImageMap

abstract class FontVectorMap : FontMap

FontVectorMap()
fun fromUrl(fontUrl: String, size: Double): FontImageMap

class FragmentShaderGL3

FragmentShaderGL3(shaderObject: Int, name: String = "<unknown-fragment-shader>")
fun fromString(code: String, name: String = "<unknown-fragment-shader>"): FragmentShaderGL3
val name: String
val shaderObject: Int

class FrameEvent

FrameEvent(frame: ColorBuffer, timeStamp: Double)
val frame: ColorBuffer
val timeStamp: Double

enum class Fullscreen

CURRENT_DISPLAY_MODE
DISABLED
SET_DISPLAY_MODE

class GL3Exception : Exception

GL3Exception(message: String)

class GenericPlatformDriver : PlatformDriver

GenericPlatformDriver()
fun cacheDirectory(programName: String): File
var randomID: String
fun supportDirectory(programName: String): File
fun temporaryDirectory(): File

class GlyphMetrics

GlyphMetrics(advanceWidth: Double, leftSideBearing: Double, xBitmapShift: Double, yBitmapShift: Double)
val advanceWidth: Double
val leftSideBearing: Double
val xBitmapShift: Double
val yBitmapShift: Double

class GreedySplitter : Splitter

GreedySplitter()
var horizontalBias: Double
var horizontalDivisions: Int
fun split(node: PackNode, rectangle: IntRectangle): List<PackNode>
var verticalBias: Double
var verticalDivisions: Int

open class GroupNode : CompositionNode

GroupNode(children: MutableList<CompositionNode> = mutableListOf())
open val bounds: Rectangle
val children: MutableList<CompositionNode>
fun copy(id: String? = this.id, parent: CompositionNode? = null, transform: Matrix44 = this.transform, fill: CompositionColor = this.fill, stroke: CompositionColor = this.stroke, children: MutableList<CompositionNode> = this.children): GroupNode

class GroupNodeStop : GroupNode

GroupNodeStop(children: MutableList<CompositionNode>)

data class Hue

Hue(name: Int, lambda: Double, angle: Double, xbl: Double, ybl: Double, zbl: Double, xl: Double, yl: Double, sl: Double)
val angle: Double
val lambda: Double
val name: Int
val sl: Double
val xbl: Double
val xl: Double
val ybl: Double
val yl: Double
val zbl: Double

class HybridLogGamma : Filter

HybridLogGamma()

enum class ImageAccess

READ
READ_WRITE
WRITE

class ImageDrawer

ImageDrawer()
fun drawImage(drawContext: DrawContext, drawStyle: DrawStyle, colorBuffer: ColorBuffer, rectangles: List<Pair<Rectangle, Rectangle>>): Unit
fun drawImage(drawContext: DrawContext, drawStyle: DrawStyle, arrayTexture: ArrayTexture, layers: List<Int>, rectangles: List<Pair<Rectangle, Rectangle>>): Unit
fun drawImage(drawContext: DrawContext, drawStyle: DrawStyle, colorBuffer: ColorBuffer, x: Double, y: Double, width: Double, height: Double): Unit
fun drawImage(drawContext: DrawContext, drawStyle: DrawStyle, arrayTexture: ArrayTexture, layer: Int, x: Double, y: Double, width: Double, height: Double): Unit

enum class ImageFileFormat

EXR
JPG
PNG
val extensions: List<String>
fun guessFromExtension(file: File): ImageFileFormat
val mimeType: String

interface IndexBuffer

fun createDynamic(elementCount: Int, type: IndexType): IndexBuffer
abstract fun destroy(): Unit
abstract val indexCount: Int
abstract fun read(data: ByteBuffer, offset: Int = 0): Unit
abstract val type: IndexType
abstract fun write(data: ByteBuffer, offset: Int = 0): Unit

class IndexBufferGL3 : IndexBuffer

IndexBufferGL3(buffer: Int, indexCount: Int, type: IndexType)
fun bind(): Unit
val buffer: Int
fun create(elementCount: Int, type: IndexType): IndexBufferGL3
fun destroy(): Unit
val indexCount: Int
fun read(data: ByteBuffer, offset: Int): Unit
val type: IndexType
fun unbind(): Unit
fun write(data: ByteBuffer, offset: Int): Unit

enum class IndexType

INT16
INT32
val sizeInBytes: Int

class IndexedTriangulation<T>

IndexedTriangulation(vertices: List<T>, triangles: List<Int>)
val triangles: List<Int>
val vertices: List<T>

object InheritColor : CompositionColor
object InheritStrokeWeight : CompositionStrokeWeight
class IntPacker

IntPacker(clipper: Clipper = DefaultClipper(), splitter: Splitter = DefaultSplitter(), orderer: Orderer = DefaultOrderer())
fun insert(node: PackNode, rectangle: IntRectangle, data: Any? = null): PackNode?

class IntRectangle

IntRectangle(x: Int, y: Int, width: Int, height: Int)
IntRectangle(corner: IntVector2, width: Int, height: Int)
val area: Int
val center: IntVector2
val corner: IntVector2
val height: Int
val rectangle: Rectangle
val width: Int
val x: Int
val y: Int

data class IntVector2 : Serializable

IntVector2(x: Int, y: Int)
val UNIT_X: IntVector2
val UNIT_Y: IntVector2
val ZERO: IntVector2
operator fun div(d: Int): IntVector2
infix fun dot(right: IntVector2): Int
val length: Double
operator fun minus(v: IntVector2): IntVector2
operator fun plus(v: IntVector2): IntVector2
val squaredLength: Int
operator fun times(d: Int): IntVector2
val vector2: Vector2
val x: Int
val xx: IntVector2
val y: Int
val yx: IntVector2
val yy: IntVector2

data class IntVector3 : Serializable

IntVector3(x: Int, y: Int, z: Int)
val UNIT_X: IntVector3
val UNIT_Y: IntVector3
val UNIT_Z: IntVector3
val ZERO: IntVector3
operator fun div(d: Int): IntVector3
infix fun dot(right: IntVector3): Int
val length: Double
operator fun minus(v: IntVector3): IntVector3
operator fun plus(v: IntVector3): IntVector3
val squaredLength: Int
operator fun times(d: Int): IntVector3
val vector3: Vector3
val x: Int
val xx: IntVector2
val xy: IntVector2
val y: Int
val yx: IntVector2
val yy: IntVector2
val z: Int

data class IntVector4 : Serializable

IntVector4(x: Int, y: Int, z: Int, w: Int)
val UNIT_W: IntVector4
val UNIT_X: IntVector4
val UNIT_Y: IntVector4
val UNIT_Z: IntVector4
val ZERO: IntVector4
operator fun div(d: Int): IntVector4
infix fun dot(right: IntVector4): Int
val length: Double
operator fun minus(v: IntVector4): IntVector4
operator fun plus(v: IntVector4): IntVector4
val squaredLength: Int
operator fun times(d: Int): IntVector4
val vector4: Vector4
val w: Int
val x: Int
val xx: IntVector2
val xy: IntVector2
val y: Int
val yx: IntVector2
val yy: IntVector2
val z: Int

enum class KernMode

DISABLED
METRIC

class KeyEvent

KeyEvent(type: KeyEventType, key: Int, name: String, modifiers: Set<KeyModifier>, propagationCancelled: Boolean = false)
fun cancelPropagation(): Unit
val key: Int
val modifiers: Set<KeyModifier>
val name: String
var propagationCancelled: Boolean
val type: KeyEventType

enum class KeyEventType

KEY_DOWN
KEY_REPEAT
KEY_UP

enum class KeyModifier

ALT
CTRL
SHIFT
SUPER
val mask: Int

class Keyboard

Keyboard()
val character: Event<CharacterEvent>
val keyDown: Event<KeyEvent>
val keyRepeat: Event<KeyEvent>
val keyUp: Event<KeyEvent>
var pressedKeys: MutableSet<String>

enum class LineCap

BUTT
ROUND
SQUARE

enum class LineJoin

BEVEL
MITER
ROUND

class LineSegment

LineSegment(x0: Double, y0: Double, x1: Double, y1: Double)
LineSegment(start: Vector2, end: Vector2)
val contour: ShapeContour
val direction: Vector2
fun distance(query: Vector2): Double
val end: Vector2
fun endingAtNearest(x: Double, y: Double): LineSegment
fun endingAtX(x: Double): LineSegment
fun endingAtY(y: Double): LineSegment
fun nearest(query: Vector2): Vector2
val normal: Vector2
fun position(t: Double): Vector2
val shape: Shape
fun split(t: Double): Array<LineSegment>
val start: Vector2
fun startingAtX(x: Double): LineSegment
fun startingAtY(y: Double): LineSegment
fun sub(t0: Double, t1: Double): LineSegment

class LineSegment3D

LineSegment3D(x0: Double, y0: Double, z0: Double, x1: Double, y1: Double, z1: Double)
LineSegment3D(start: Vector3, end: Vector3)
val direction: Vector3
fun distance(query: Vector3): Double
val end: Vector3
fun nearest(query: Vector3): Vector3
val path: Path3D
fun position(t: Double): Vector3
fun split(t: Double): Array<LineSegment3D>
fun squaredDistance(query: Vector3): Double
val start: Vector3
fun sub(t0: Double, t1: Double): LineSegment3D

class Linear : Easer

Linear()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

enum class Linearity

ASSUMED_LINEAR
ASSUMED_SRGB
LINEAR
SRGB
UNKNOWN

class Linearize : Filter

Linearize()

class MP4Profile : VideoWriterProfile

MP4Profile()
enum class WriterMode

Lossless
Normal

fun arguments(): Array<String>
fun constantRateFactor(constantRateFactor: Int): MP4Profile
var highPrecisionChroma: Boolean
fun mode(mode: WriterMode): MP4Profile

class MacOSPlatformDriver : PlatformDriver

MacOSPlatformDriver()
fun cacheDirectory(programName: String): File
var randomID: String
fun supportDirectory(programName: String): File
fun temporaryDirectory(): File

enum class MagnifyingFilter

LINEAR
NEAREST

data class Matrix33

Matrix33(c0r0: Double = 0.0, c1r0: Double = 0.0, c2r0: Double = 0.0, c0r1: Double = 0.0, c1r1: Double = 0.0, c2r1: Double = 0.0, c0r2: Double = 0.0, c1r2: Double = 0.0, c2r2: Double = 0.0)
val IDENTITY: Matrix33
val ZERO: Matrix33
val c0r0: Double
val c0r1: Double
val c0r2: Double
val c1r0: Double
val c1r1: Double
val c1r2: Double
val c2r0: Double
val c2r1: Double
val c2r2: Double
val determinant: Double
fun fromColumnVectors(c0: Vector3, c1: Vector3, c2: Vector3): Matrix33
operator fun get(index: Int): Vector3
val matrix44: Matrix44
operator fun minus(o: Matrix33): Matrix33
operator fun plus(o: Matrix33): Matrix33
operator fun times(v: Vector3): Vector3
operator fun times(s: Double): Matrix33
operator fun times(mat: Matrix33): Matrix33
fun toString(): String
val trace: Double
val transposed: Matrix33

data class Matrix44 : Serializable

Matrix44(c0r0: Double = 0.0, c1r0: Double = 0.0, c2r0: Double = 0.0, c3r0: Double = 0.0, c0r1: Double = 0.0, c1r1: Double = 0.0, c2r1: Double = 0.0, c3r1: Double = 0.0, c0r2: Double = 0.0, c1r2: Double = 0.0, c2r2: Double = 0.0, c3r2: Double = 0.0, c0r3: Double = 0.0, c1r3: Double = 0.0, c2r3: Double = 0.0, c3r3: Double = 0.0)
val IDENTITY: Matrix44
val ZERO: Matrix44
val c0r0: Double
val c0r1: Double
val c0r2: Double
val c0r3: Double
val c1r0: Double
val c1r1: Double
val c1r2: Double
val c1r3: Double
val c2r0: Double
val c2r1: Double
val c2r2: Double
val c2r3: Double
val c3r0: Double
val c3r1: Double
val c3r2: Double
val c3r3: Double
val determinant: Double
fun fromColumnVectors(c0: Vector4, c1: Vector4, c2: Vector4, c3: Vector4): Matrix44
operator fun get(index: Int): Vector4
val inversed: Matrix44
val matrix33: Matrix33
operator fun minus(o: Matrix44): Matrix44
operator fun plus(o: Matrix44): Matrix44
operator fun times(v: Vector4): Vector4
operator fun times(v: Vector3): Vector3
operator fun times(s: Double): Matrix44
operator fun times(mat: Matrix44): Matrix44
fun toString(): String
val trace: Double
val transposed: Matrix44

data class Matrix55

Matrix55(c0r0: Double = 0.0, c1r0: Double = 0.0, c2r0: Double = 0.0, c3r0: Double = 0.0, c4r0: Double = 0.0, c0r1: Double = 0.0, c1r1: Double = 0.0, c2r1: Double = 0.0, c3r1: Double = 0.0, c4r1: Double = 0.0, c0r2: Double = 0.0, c1r2: Double = 0.0, c2r2: Double = 0.0, c3r2: Double = 0.0, c4r2: Double = 0.0, c0r3: Double = 0.0, c1r3: Double = 0.0, c2r3: Double = 0.0, c3r3: Double = 0.0, c4r3: Double = 0.0, c0r4: Double = 0.0, c1r4: Double = 0.0, c2r4: Double = 0.0, c3r4: Double = 0.0, c4r4: Double = 0.0)
val IDENTITY: Matrix55
val ZERO: Matrix55
val c0r0: Double
val c0r1: Double
val c0r2: Double
val c0r3: Double
val c0r4: Double
val c1r0: Double
val c1r1: Double
val c1r2: Double
val c1r3: Double
val c1r4: Double
val c2r0: Double
val c2r1: Double
val c2r2: Double
val c2r3: Double
val c2r4: Double
val c3r0: Double
val c3r1: Double
val c3r2: Double
val c3r3: Double
val c3r4: Double
val c4r0: Double
val c4r1: Double
val c4r2: Double
val c4r3: Double
val c4r4: Double
val floatArray: FloatArray
operator fun plus(mat: Matrix55): Matrix55
operator fun times(mat: Matrix55): Matrix55
operator fun times(s: Double): Matrix55

class MeshLineDrawer

MeshLineDrawer()
fun drawLineLoops(drawContext: DrawContext, drawStyle: DrawStyle, loops: List<List<Vector3>>, weights: List<Double> = emptyList()): Unit
fun drawLineSegments(drawContext: DrawContext, drawStyle: DrawStyle, segments: List<Vector3>, weights: List<Double> = emptyList(), colors: List<ColorRGBa> = emptyList()): Unit
fun drawLineStrips(drawContext: DrawContext, drawStyle: DrawStyle, strips: List<List<Vector3>>, weights: List<Double> = emptyList(), colors: List<ColorRGBa> = emptyList()): Unit

enum class MinifyingFilter

LINEAR
LINEAR_MIPMAP_LINEAR
LINEAR_MIPMAP_NEAREST
NEAREST
NEAREST_MIPMAP_LINEAR
NEAREST_MIPMAP_NEAREST

class Mouse

Mouse(application: Application)
val application: Application
val buttonDown: Event<MouseEvent>
val buttonUp: Event<MouseEvent>
val clicked: Event<MouseEvent>
var cursorVisible: Boolean
val dragged: Event<MouseEvent>
val entered: Event<MouseEvent>
val left: Event<MouseEvent>
val moved: Event<MouseEvent>
var position: Vector2
val scrolled: Event<MouseEvent>

enum class MouseButton

CENTER
LEFT
NONE
RIGHT

class MouseEvent

MouseEvent(position: Vector2, rotation: Vector2, dragDisplacement: Vector2, type: MouseEventType, button: MouseButton, modifiers: Set<KeyModifier>, propagationCancelled: Boolean = false)
val button: MouseButton
fun cancelPropagation(): Unit
val dragDisplacement: Vector2
val modifiers: Set<KeyModifier>
val position: Vector2
var propagationCancelled: Boolean
val rotation: Vector2
val type: MouseEventType

enum class MouseEventType

BUTTON_DOWN
BUTTON_UP
CLICKED
DRAGGED
ENTERED
LEFT
MOVED
SCROLLED

class NullRenderTargetGL3 : RenderTargetGL3

NullRenderTargetGL3()

class OptimizingOrderer : Orderer

OptimizingOrderer(reverse: Boolean = false)
data class SortOption

SortOption(index: Int, area: Int)
val area: Int
val index: Int

fun order(node: PackNode, rectangle: IntRectangle): List<Int>
val reverse: Boolean

interface Orderer

abstract fun order(node: PackNode, rectangle: IntRectangle): List<Int>

class PackNode

PackNode(area: IntRectangle, parent: PackNode? = null)
val area: IntRectangle
var children: List<PackNode>
var data: Any?
var freeArea: IntVector2
fun hasTakenDecendents(): Boolean
fun isLeaf(): Boolean
val parent: PackNode?
fun populate(data: Any? = null): Unit
var taken: Boolean

class Path3D

Path3D(segments: List<Segment3D>, closed: Boolean)
fun adaptivePositions(distanceTolerance: Double = 0.5): List<Vector3>
val closed: Boolean
fun equidistantPositions(pointCount: Int): List<Vector3>
val exploded: List<Path3D>
fun fromPoints(points: List<Vector3>, closed: Boolean): Path3D
val length: Double
fun map(closed: Boolean = this.closed, mapper: (Segment3D) -> Segment3D): Path3D
fun on(point: Vector3, error: Double = 5.0): Double?
operator fun plus(other: Path3D): Path3D
fun position(ut: Double): Vector3
fun project(point: Vector3): PathProjection3D
val reversed: Path3D
fun sampleEquidistant(pointCount: Int): Path3D
fun sampleLinear(distanceTolerance: Double = 0.5): Path3D
val segments: List<Segment3D>
fun sub(u0: Double, u1: Double): Path3D
fun transform(transform: Matrix44): Path3D

class Path3DBuilder

Path3DBuilder()
var anchor: Vector3
fun close(): Unit
fun continueTo(end: Vector3, tangentScale: Double = 1.0): Unit
fun continueTo(x: Double, y: Double, z: Double, tangentScale: Double = 1.0): Unit
fun continueTo(control: Vector3, end: Vector3, tangentScale: Double = 1.0): Unit
fun continueTo(cx: Double, cy: Double, cz: Double, x: Double, y: Double, z: Double, tangentScale: Double = 1.0): Unit
var cursor: Vector3
fun curveTo(control: Vector3, position: Vector3): Unit
fun curveTo(cx: Double, cy: Double, cz: Double, x: Double, y: Double, z: Double): Unit
fun curveTo(control0: Vector3, control1: Vector3, position: Vector3): Unit
fun curveTo(c0x: Double, c0y: Double, c0z: Double, c1x: Double, c1y: Double, c1z: Double, x: Double, y: Double, z: Double): Unit
fun lineTo(position: Vector3): Unit
fun lineTo(x: Double, y: Double, z: Double): Unit
fun moveOrCurveTo(control: Vector3, position: Vector3): Unit
fun moveOrCurveTo(cx: Double, cy: Double, cz: Double, x: Double, y: Double, z: Double): Unit
fun moveOrCurveTo(control0: Vector3, control1: Vector3, position: Vector3): Unit
fun moveOrCurveTo(c0x: Double, c0y: Double, c0z: Double, c1x: Double, c1y: Double, c1z: Double, x: Double, y: Double, z: Double): Unit
fun moveOrLineTo(position: Vector3): Unit
fun moveOrLineTo(x: Double, y: Double, z: Double): Unit
fun moveTo(position: Vector3): Unit
fun moveTo(x: Double, y: Double, z: Double): Unit
fun reverse(): Unit
val segments: MutableList<Segment3D>

class PathProjection3D

PathProjection3D(segmentProjection: SegmentProjection3D, projection: Double, distance: Double, point: Vector3)
val distance: Double
val point: Vector3
val projection: Double
val segmentProjection: SegmentProjection3D

class PerformanceLineDrawer

PerformanceLineDrawer()
fun drawLineLoops(drawContext: DrawContext, drawStyle: DrawStyle, loops: Iterable<List<Vector2>>): Unit
@JvmName("drawLineLoops3d") fun drawLineLoops(drawContext: DrawContext, drawStyle: DrawStyle, loops: Iterable<List<Vector3>>): Unit
@JvmName("drawLineSegments3d") fun drawLineSegments(drawContext: DrawContext, drawStyle: DrawStyle, segments: Iterable<Vector3>): Unit
fun drawLineSegments(drawContext: DrawContext, drawStyle: DrawStyle, segments: Iterable<Vector2>): Unit

object Platform

fun cacheDirectory(programName: String): File
fun supportDirectory(programName: String): File
fun tempDirectory(): File
val type: PlatformType

enum class PlatformType

GENERIC
MAC
WINDOWS

enum class PlayMode

AUDIO
BOTH
VIDEO
val useAudio: Boolean
val useVideo: Boolean

class PointDrawer

PointDrawer()
fun drawPoint(drawContext: DrawContext, drawStyle: DrawStyle, x: Double, y: Double, z: Double): Unit
@JvmName("drawPoints2D") fun drawPoints(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector2>): Unit
@JvmName("drawPoints3D") fun drawPoints(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector3>): Unit
fun drawPoints(drawContext: DrawContext, drawStyle: DrawStyle, instanceAttributes: VertexBuffer, count: Int): Unit
val vertices: VertexBuffer

data class Polar

Polar(theta: Double, radius: Double = 1.0)
val cartesian: Vector2
operator fun div(s: Double): Polar
fun fromVector(vector: Vector2): Polar
fun makeSafe(): Polar
operator fun minus(s: Polar): Polar
operator fun plus(s: Polar): Polar
val radius: Double
val theta: Double
operator fun times(s: Polar): Polar
operator fun times(s: Double): Polar

enum class PresentationMode

AUTOMATIC
MANUAL

open class Program

Program()
class CharacterEvent

CharacterEvent(character: Char, modifiers: Set<KeyModifier>, propagationCancelled: Boolean = false)
fun cancelPropagation(): Unit
val character: Char
val modifiers: Set<KeyModifier>
var propagationCancelled: Boolean

inner class Clipboard

Clipboard()
var contents: String?

inner class Window

Window()
val drop: Event<DropEvent>
val focused: Event<WindowEvent>
val minimized: Event<WindowEvent>
val moved: Event<WindowEvent>
var position: Vector2
var presentationMode: PresentationMode
fun requestDraw(): Unit
fun requestFocus(): Unit
val restored: Event<WindowEvent>
var scale: Vector2
var size: Vector2
val sized: Event<WindowEvent>
var title: String
val unfocused: Event<WindowEvent>

lateinit var application: Application
var backgroundColor: ColorRGBa?
val clipboard: Clipboard
var clock: () -> Double
val deltaTime: Double
val dispatcher: Dispatcher
open fun draw(): Unit
fun drawImpl(): Unit
lateinit var drawer: Drawer
lateinit var driver: Driver
fun <T : Extension> extend(extension: T): T
fun <T : Extension> extend(extension: T, configure: T.() -> Unit): T
fun extend(stage: ExtensionStage = ExtensionStage.BEFORE_DRAW, userDraw: Program.() -> Unit): Unit
val extensions: MutableList<Extension>
var frameCount: Int
var height: Int
val keyboard: Keyboard
val mouse: Mouse
val seconds: Double
open fun setup(): Unit
var width: Int
val window: Window

interface ProgramRenderTarget : RenderTarget

open val height: Int
abstract val program: Program
open val width: Int

class ProgramRenderTargetGL3 : ProgramRenderTarget, RenderTargetGL3

ProgramRenderTargetGL3(program: Program)
fun colorBufferIndex(name: String): Int
val contentScale: Double
val hasColorBuffer: Boolean
val hasDepthBuffer: Boolean
val height: Int
val program: Program
val width: Int

class QuadIn : Easer

QuadIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QuadInOut : Easer

QuadInOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QuadOut : Easer

QuadOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QualityLineDrawer

QualityLineDrawer()
fun drawLineLoops(drawContext: DrawContext, drawStyle: DrawStyle, strips: List<List<Vector2>>): Unit
fun drawLineLoops(drawContext: DrawContext, drawStyle: DrawStyle, strips: List<List<Vector2>>, weights: List<Double>): Unit
fun drawLineStrips(drawContext: DrawContext, drawStyle: DrawStyle, strips: Iterable<Iterable<Vector2>>): Unit
fun drawLineStrips(drawContext: DrawContext, drawStyle: DrawStyle, strips: Iterable<Iterable<Vector2>>, weights: List<Double>): Unit

class QualityPolygonDrawer

QualityPolygonDrawer()
fun drawPolygon(drawContext: DrawContext, drawStyle: DrawStyle, loops: List<List<Vector2>>): Unit
fun drawPolygons(drawContext: DrawContext, drawStyle: DrawStyle, loops: List<List<List<Vector2>>>): Unit

class QuartIn : Easer

QuartIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QuartInOut : Easer

QuartInOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QuartOut : Easer

QuartOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

data class Quaternion : Serializable

Quaternion(x: Double, y: Double, z: Double, w: Double)
val IDENTITY: Quaternion
val ZERO: Quaternion
fun fromAngles(pitch: Double, roll: Double, yaw: Double): Quaternion
fun fromAnglesRadian(pitch: Double, roll: Double, yaw: Double): Quaternion
fun fromAxes(x: Vector3, y: Vector3, z: Vector3): Quaternion
fun fromLookAt(from: Vector3, to: Vector3, up: Vector3 = Vector3.UNIT_Y): Quaternion
fun fromMatrix(m: Matrix33): Quaternion
val inversed: Quaternion
val length: Double
val matrix: Matrix33
val negated: Quaternion
val norm: Double
val normalized: Quaternion
operator fun times(q: Quaternion): Quaternion
operator fun times(vec: Vector3): Vector3
val w: Double
val x: Double
val y: Double
val z: Double

class RandomBinarySplitter : Splitter

RandomBinarySplitter(enclosement: IntRectangle, invert: Boolean = true, constraints: (node: PackNode, rectangle: IntRectangle) -> Boolean = { _, _ -> true })
val constraints: (node: PackNode, rectangle: IntRectangle) -> Boolean
val enclosement: IntRectangle
val invert: Boolean
fun split(node: PackNode, rectangle: IntRectangle): List<PackNode>

class RandomOrderer : Orderer

RandomOrderer()
fun order(node: PackNode, rectangle: IntRectangle): List<Int>

data class Rectangle

Rectangle(x: Double, y: Double, width: Double, height: Double)
Rectangle(corner: Vector2, width: Double, height: Double)
val area: Double
val center: Vector2
operator fun contains(point: Vector2): Boolean
val contour: ShapeContour
val corner: Vector2
fun fromCenter(center: Vector2, width: Double, height: Double): Rectangle
val height: Double
fun heightScaledTo(fitHeight: Double): Rectangle
fun moved(offset: Vector2): Rectangle
fun offsetEdges(offset: Double, offsetY: Double = offset): Rectangle
fun position(u: Double, v: Double): Vector2
fun scaled(scale: Double, scaleY: Double = scale): Rectangle
val shape: Shape
val width: Double
fun widthScaledTo(fitWidth: Double): Rectangle
val x: Double
val y: Double

class RectangleDrawer

RectangleDrawer()
fun drawRectangle(drawContext: DrawContext, drawStyle: DrawStyle, x: Double, y: Double, width: Double, height: Double): Unit
fun drawRectangles(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector2>, dimensions: List<Vector2>): Unit
fun drawRectangles(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector2>, width: Double, height: Double): Unit
fun drawRectangles(drawContext: DrawContext, drawStyle: DrawStyle, rectangles: List<Rectangle>): Unit

interface RenderTarget

val active: RenderTarget
abstract fun attach(name: String, colorBuffer: ColorBuffer, level: Int = 0): Unit
abstract fun attach(colorBuffer: ColorBuffer, level: Int = 0): Unit
abstract fun attach(depthBuffer: DepthBuffer): Unit
abstract fun attach(name: String, arrayTexture: ArrayTexture, layer: Int, level: Int = 0): Unit
abstract fun attach(arrayTexture: ArrayTexture, layer: Int, level: Int = 0): Unit
abstract fun bind(): Unit
abstract fun blendMode(index: Int, blendMode: BlendMode): Unit
abstract fun clearColor(index: Int, color: ColorRGBa): Unit
abstract fun clearDepth(depth: Double = 1.0, stencil: Int = 0): Unit
abstract fun colorBuffer(index: Int): ColorBuffer
abstract fun colorBuffer(name: String): ColorBuffer
abstract fun colorBufferIndex(name: String): Int
abstract val colorBuffers: List<ColorBuffer>
abstract val contentScale: Double
abstract val depthBuffer: DepthBuffer?
abstract fun destroy(): Unit
abstract fun detachColorBuffers(): Unit
abstract fun detachDepthBuffer(): Unit
open val effectiveHeight: Int
open val effectiveWidth: Int
abstract val hasColorBuffer: Boolean
abstract val hasDepthBuffer: Boolean
abstract val height: Int
abstract val multisample: BufferMultisample
open fun resolveTo(to: RenderTarget): Unit
abstract val session: Session?
abstract fun unbind(): Unit
abstract val width: Int

class RenderTargetBuilder

RenderTargetBuilder(renderTarget: RenderTarget)
fun arrayTexture(arrayTexture: ArrayTexture, layer: Int, level: Int = 0): Unit
fun colorBuffer(width: Int, height: Int, contentScale: Double = 1.0, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8, multisample: BufferMultisample): Nothing
fun colorBuffer(colorBuffer: ColorBuffer, level: Int = 0): Unit
fun colorBuffer(name: String, colorBuffer: ColorBuffer, level: Int = 0): Unit
fun colorBuffer(name: String, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8): Unit
fun colorBuffer(format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8): Unit
fun colorBuffer(name: String, arrayTexture: ArrayTexture, layer: Int, level: Int = 0): Unit
fun depthBuffer(format: DepthFormat = DepthFormat.DEPTH24_STENCIL8): Unit
fun depthBuffer(depthBuffer: DepthBuffer): Unit

open class RenderTargetGL3 : RenderTarget

RenderTargetGL3(framebuffer: Int, width: Int, height: Int, contentScale: Double, multisample: BufferMultisample, session: Session?, thread: Thread = Thread.currentThread())
val activeRenderTarget: RenderTargetGL3
open fun attach(name: String, colorBuffer: ColorBuffer, level: Int): Unit
open fun attach(colorBuffer: ColorBuffer, level: Int): Unit
open fun attach(name: String, arrayTexture: ArrayTexture, layer: Int, level: Int): Unit
open fun attach(arrayTexture: ArrayTexture, layer: Int, level: Int): Unit
open fun attach(depthBuffer: DepthBuffer): Unit
open fun bind(): Unit
open fun blendMode(index: Int, blendMode: BlendMode): Unit
open fun clearColor(index: Int, color: ColorRGBa): Unit
open fun clearDepth(depth: Double, stencil: Int): Unit
open fun colorBuffer(index: Int): ColorBuffer
open fun colorBuffer(name: String): ColorBuffer
open fun colorBufferIndex(name: String): Int
open val colorBuffers: List<ColorBuffer>
open val contentScale: Double
fun create(width: Int, height: Int, contentScale: Double = 1.0, multisample: BufferMultisample = BufferMultisample.Disabled, session: Session?): RenderTargetGL3
open val depthBuffer: DepthBuffer?
open fun destroy(): Unit
var destroyed: Boolean
open fun detachColorBuffers(): Unit
open fun detachDepthBuffer(): Unit
val framebuffer: Int
open val hasColorBuffer: Boolean
open val hasDepthBuffer: Boolean
open val height: Int
open val multisample: BufferMultisample
open val session: Session?
open fun unbind(): Unit
open val width: Int

class RenderToken

RenderToken(token: String, x: Double, y: Double, width: Double, tracking: Double)
val token: String
val tracking: Double
val width: Double
val x: Double
val y: Double

interface ResourceThread
class ResourceThreadGL3 : ResourceThread

ResourceThreadGL3()
fun create(f: () -> Unit): ResourceThreadGL3

class ScreenRecorder : Extension

ScreenRecorder()
fun afterDraw(drawer: Drawer, program: Program): Unit
fun beforeDraw(drawer: Drawer, program: Program): Unit
var contentScale: Double
var enabled: Boolean
var frameClock: Boolean
var frameRate: Int
var maximumDuration: Double
var maximumFrames: Long
var multisample: BufferMultisample
var outputFile: String?
var profile: VideoWriterProfile
var quitAfterMaximum: Boolean
fun setup(program: Program): Unit
var timeOffset: Double

open class Screenshots : Extension

Screenshots()
open fun afterDraw(drawer: Drawer, program: Program): Unit
var async: Boolean
open fun beforeDraw(drawer: Drawer, program: Program): Unit
open var enabled: Boolean
var folder: String?
var key: String
var multisample: BufferMultisample
var quitAfterScreenshot: Boolean
var scale: Double
open fun setup(program: Program): Unit

class Segment

Segment(start: Vector2, end: Vector2)
Segment(start: Vector2, c0: Vector2, end: Vector2)
Segment(start: Vector2, c0: Vector2, c1: Vector2, end: Vector2)
Segment(start: Vector2, control: Array<Vector2>, end: Vector2)
val bounds: Rectangle
val clockwise: Boolean
val control: Array<Vector2>
fun copy(start: Vector2 = this.start, control: Array<Vector2> = this.control, end: Vector2 = this.end): Segment
val cubic: Segment
fun derivative(t: Double): Vector2
fun direction(): Vector2
fun direction(t: Double): Vector2
val end: Vector2
fun extrema(): List<Double>
fun extremaPoints(): List<Vector2>
fun isStraight(epsilon: Double = 0.01): Boolean
val length: Double
val linear: Boolean
fun lut(size: Int = 100): List<Vector2>
fun normal(ut: Double): Vector2
fun offset(distance: Double, stepSize: Double = 0.1): List<Segment>
fun on(point: Vector2, error: Double = 5.0): Double?
fun position(ut: Double): Vector2
fun project(point: Vector2): SegmentProjection
val quadratic: Segment
fun reduced(stepSize: Double = 0.1): List<Segment>
val reverse: Segment
fun sampleAdaptive(distanceTolerance: Double = 0.5): List<Vector2>
fun sampleAdaptiveNormals(distanceTolerance: Double = 0.5): Pair<List<Vector2>, List<Vector2>>
fun scale(scale: Double): Segment
fun scale(scale: (Double) -> Double): Segment
val simple: Boolean
fun split(t: Double): Array<Segment>
val start: Vector2
fun sub(t0: Double, t1: Double): Segment
fun toString(): String
fun transform(transform: Matrix44): Segment

class Segment3D

Segment3D(start: Vector3, end: Vector3)
Segment3D(start: Vector3, c0: Vector3, end: Vector3)
Segment3D(start: Vector3, c0: Vector3, c1: Vector3, end: Vector3)
Segment3D(start: Vector3, control: Array<Vector3>, end: Vector3)
val control: Array<Vector3>
fun copy(start: Vector3 = this.start, control: Array<Vector3> = this.control, end: Vector3 = this.end): Segment3D
val cubic: Segment3D
fun derivative(t: Double): Vector3
fun direction(): Vector3
fun direction(t: Double): Vector3
val end: Vector3
fun extrema(): List<Double>
fun extremaPoints(): List<Vector3>
val length: Double
val linear: Boolean
fun lut(size: Int = 100): List<Vector3>
fun on(point: Vector3, error: Double = 5.0): Double?
fun position(ut: Double): Vector3
fun project(point: Vector3): SegmentProjection3D
val reverse: Segment3D
fun sampleAdaptive(distanceTolerance: Double = 0.5): List<Vector3>
fun sampleAdaptiveNormals(distanceTolerance: Double = 0.5): Pair<List<Vector3>, List<Vector3>>
fun split(t: Double): Array<Segment3D>
val start: Vector3
fun sub(t0: Double, t1: Double): Segment3D
fun toString(): String
fun transform(transform: Matrix44): Segment3D

enum class SegmentJoin

BEVEL
MITER
ROUND

class SegmentProjection

SegmentProjection(segment: Segment, projection: Double, distance: Double, point: Vector2)
val distance: Double
val point: Vector2
val projection: Double
val segment: Segment

class SegmentProjection3D

SegmentProjection3D(segment: Segment3D, projection: Double, distance: Double, point: Vector3)
val distance: Double
val point: Vector3
val projection: Double
val segment: Segment3D

class Session

Session(parent: Session?)
val active: Session
val context: Long
fun end(): Unit
fun endActive(): Unit
fun fork(): Session
val parent: Session?
val root: Session
val stack: Stack<Session>
val statistics: SessionStatistics
fun track(renderTarget: RenderTarget): Boolean
fun track(colorBuffer: ColorBuffer): Boolean
fun track(depthBuffer: DepthBuffer): Boolean
fun track(vertexBuffer: VertexBuffer): Boolean
fun track(indexBuffer: IndexBuffer): Boolean
fun track(shader: Shader): Boolean
fun track(computeShader: ComputeShader): Boolean
fun track(cubemap: Cubemap): Boolean
fun track(bufferTexture: BufferTexture): Boolean
fun track(arrayTexture: ArrayTexture): Boolean
fun track(atomicCounterBuffer: AtomicCounterBuffer): Boolean
fun untrack(renderTarget: RenderTarget): Boolean
fun untrack(colorBuffer: ColorBuffer): Boolean
fun untrack(depthBuffer: DepthBuffer): Boolean
fun untrack(vertexBuffer: VertexBuffer): Boolean
fun untrack(indexBuffer: IndexBuffer): Boolean
fun untrack(shader: Shader): Boolean
fun untrack(computeShader: ComputeShader): Boolean
fun untrack(cubemap: Cubemap): Boolean
fun untrack(bufferTexture: BufferTexture): Boolean
fun untrack(arrayTexture: ArrayTexture): Boolean
fun untrack(atomicCounterBuffer: AtomicCounterBuffer): Boolean

class SessionStatistics

SessionStatistics(renderTargets: Int, colorBuffers: Int, depthBuffers: Int, bufferTextures: Int, indexBuffers: Int, vertexBuffers: Int, shaders: Int, cubemaps: Int, arrayTextures: Int, computeShaders: Int, atomicCounterBuffers: Int)
val arrayTextures: Int
val atomicCounterBuffers: Int
val bufferTextures: Int
val colorBuffers: Int
val computeShaders: Int
val cubemaps: Int
val depthBuffers: Int
val indexBuffers: Int
val renderTargets: Int
val shaders: Int
val vertexBuffers: Int

data class ShadeStructure

ShadeStructure(uniforms: String? = null, attributes: String? = null, vertexTransform: String? = null, fragmentTransform: String? = null, vertexPreamble: String? = null, fragmentPreamble: String? = null, outputs: String? = null, varyingOut: String? = null, varyingIn: String? = null, varyingBridge: String? = null, suppressDefaultOutput: Boolean = false)
var attributes: String?
var fragmentPreamble: String?
var fragmentTransform: String?
var outputs: String?
var suppressDefaultOutput: Boolean
var uniforms: String?
var varyingBridge: String?
var varyingIn: String?
var varyingOut: String?
var vertexPreamble: String?
var vertexTransform: String?

open class ShadeStyle

ShadeStyle()
ShadeStyle(other: ShadeStyle)
inner class Parameter<R : Any> : ReadWriteProperty<ShadeStyle, R>

Parameter()
fun getValue(thisRef: ShadeStyle, property: KProperty<*>): R
fun setValue(thisRef: ShadeStyle, property: KProperty<*>, value: R): Unit

var attributes: MutableList<VertexBuffer>
fun attributes(attributesBuffer: VertexBuffer): Unit
var fragmentPreamble: String?
var fragmentTransform: String?
fun output(name: String, slot: Int): Unit
var outputs: MutableMap<String, Int>
fun parameter(name: String, value: Cubemap): Unit
fun parameter(name: String, value: Int): Unit
fun parameter(name: String, value: Matrix33): Unit
fun parameter(name: String, value: Matrix44): Unit
fun parameter(name: String, value: Float): Unit
fun parameter(name: String, value: Double): Unit
fun parameter(name: String, value: Vector2): Unit
fun parameter(name: String, value: Vector3): Unit
fun parameter(name: String, value: Vector4): Unit
fun parameter(name: String, value: ColorRGBa): Unit
fun parameter(name: String, value: ColorBuffer): Unit
fun parameter(name: String, value: DepthBuffer): Unit
fun parameter(name: String, value: ArrayTexture): Unit
fun parameter(name: String, value: BufferTexture): Unit
var parameterValues: MutableMap<String, Any>
var parameters: MutableMap<String, String>
operator fun plus(other: ShadeStyle): ShadeStyle
var suppressDefaultOutput: Boolean
var vertexPreamble: String?
var vertexTransform: String?

class ShadeStyleFilter : Filter

ShadeStyleFilter(shadeStyle: ShadeStyle)
fun apply(source: Array<ColorBuffer>, target: Array<ColorBuffer>): Unit
var fill: ColorRGBa
val shadeStyle: ShadeStyle
val shader: Shader

abstract class ShadeStyleManager

ShadeStyleManager()
fun fromGenerators(vertexShaderGenerator: (ShadeStructure) -> String, fragmentShaderGenerator: (ShadeStructure) -> String): ShadeStyleManager
abstract fun shader(style: ShadeStyle?, vertexFormats: List<VertexFormat>, instanceFormats: List<VertexFormat> = emptyList()): Shader
fun shader(style: ShadeStyle?, format: VertexFormat): Shader

class ShadeStyleManagerGL3 : ShadeStyleManager

ShadeStyleManagerGL3(vertexShaderGenerator: (ShadeStructure) -> String, fragmentShaderGenerator: (ShadeStructure) -> String)
val fragmentShaderGenerator: (ShadeStructure) -> String
fun shader(style: ShadeStyle?, vertexFormats: List<VertexFormat>, inputInstanceFormats: List<VertexFormat>): Shader
val vertexShaderGenerator: (ShadeStructure) -> String

interface Shader

abstract fun begin(): Unit
abstract fun block(blockName: String, block: UniformBlock): Unit
abstract fun blockLayout(blockName: String): UniformBlockLayout?
abstract fun createBlock(blockName: String): UniformBlock
fun createFromCode(vsCode: String, fsCode: String, session: Session? = Session.active): Shader
fun createFromUrls(vsUrl: String, fsUrl: String, session: Session? = Session.active): Shader
abstract fun destroy(): Unit
abstract fun end(): Unit
abstract fun hasUniform(name: String): Boolean
abstract val session: Session?
abstract fun uniform(name: String, value: Matrix33): Unit
abstract fun uniform(name: String, value: Matrix44): Unit
abstract fun uniform(name: String, value: ColorRGBa): Unit
abstract fun uniform(name: String, value: Vector4): Unit
abstract fun uniform(name: String, value: Vector3): Unit
abstract fun uniform(name: String, value: Vector2): Unit
abstract fun uniform(name: String, x: Float, y: Float, z: Float, w: Float): Unit
abstract fun uniform(name: String, x: Float, y: Float, z: Float): Unit
abstract fun uniform(name: String, x: Float, y: Float): Unit
abstract fun uniform(name: String, value: Double): Unit
abstract fun uniform(name: String, value: Float): Unit
abstract fun uniform(name: String, value: Int): Unit
abstract fun uniform(name: String, value: Boolean): Unit
abstract fun uniform(name: String, value: Array<Vector4>): Unit
abstract fun uniform(name: String, value: Array<Vector3>): Unit
abstract fun uniform(name: String, value: Array<Vector2>): Unit
abstract fun uniform(name: String, value: FloatArray): Unit

class ShaderGL3 : Shader

ShaderGL3(program: Int, name: String, vertexShader: VertexShaderGL3, fragmentShader: FragmentShaderGL3, session: Session?)
fun attributeIndex(name: String): Int
fun begin(): Unit
fun block(blockName: String, block: UniformBlock): Unit
fun blockIndex(block: String): Int
fun blockLayout(blockName: String): UniformBlockLayout?
fun create(vertexShader: VertexShaderGL3, fragmentShader: FragmentShaderGL3, session: Session?): ShaderGL3
fun createBlock(blockName: String): UniformBlock
fun destroy(): Unit
fun end(): Unit
val fragmentShader: FragmentShaderGL3
fun hasUniform(name: String): Boolean
val name: String
val program: Int
val session: Session?
fun uniform(name: String, value: ColorRGBa): Unit
fun uniform(name: String, value: Vector3): Unit
fun uniform(name: String, value: Vector4): Unit
fun uniform(name: String, x: Float, y: Float, z: Float, w: Float): Unit
fun uniform(name: String, x: Float, y: Float, z: Float): Unit
fun uniform(name: String, x: Float, y: Float): Unit
fun uniform(name: String, value: Int): Unit
fun uniform(name: String, value: Boolean): Unit
fun uniform(name: String, value: Vector2): Unit
fun uniform(name: String, value: Float): Unit
fun uniform(name: String, value: Double): Unit
fun uniform(name: String, value: Matrix33): Unit
fun uniform(name: String, value: Matrix44): Unit
fun uniform(name: String, value: Array<Vector2>): Unit
fun uniform(name: String, value: Array<Vector3>): Unit
fun uniform(name: String, value: Array<Vector4>): Unit
fun uniform(name: String, value: FloatArray): Unit
fun uniformIndex(uniform: String, query: Boolean = false): Int
val vertexShader: VertexShaderGL3

interface ShaderGenerators

abstract fun circleFragmentShader(shadeStructure: ShadeStructure): String
abstract fun circleVertexShader(shadeStructure: ShadeStructure): String
abstract fun expansionFragmentShader(shadeStructure: ShadeStructure): String
abstract fun expansionVertexShader(shadeStructure: ShadeStructure): String
abstract fun fastLineFragmentShader(shadeStructure: ShadeStructure): String
abstract fun fastLineVertexShader(shadeStructure: ShadeStructure): String
abstract fun filterFragmentShader(shadeStructure: ShadeStructure): String
abstract fun filterVertexShader(shadeStructure: ShadeStructure): String
abstract fun fontImageMapFragmentShader(shadeStructure: ShadeStructure): String
abstract fun fontImageMapVertexShader(shadeStructure: ShadeStructure): String
abstract fun imageArrayTextureFragmentShader(shadeStructure: ShadeStructure): String
abstract fun imageArrayTextureVertexShader(shadeStructure: ShadeStructure): String
abstract fun imageFragmentShader(shadeStructure: ShadeStructure): String
abstract fun imageVertexShader(shadeStructure: ShadeStructure): String
abstract fun meshLineFragmentShader(shadeStructure: ShadeStructure): String
abstract fun meshLineVertexShader(shadeStructure: ShadeStructure): String
abstract fun pointFragmentShader(shadeStructure: ShadeStructure): String
abstract fun pointVertexShader(shadeStructure: ShadeStructure): String
abstract fun rectangleFragmentShader(shadeStructure: ShadeStructure): String
abstract fun rectangleVertexShader(shadeStructure: ShadeStructure): String
abstract fun vertexBufferFragmentShader(shadeStructure: ShadeStructure): String
abstract fun vertexBufferVertexShader(shadeStructure: ShadeStructure): String

class ShaderGeneratorsGL3 : ShaderGenerators

ShaderGeneratorsGL3()
fun circleFragmentShader(shadeStructure: ShadeStructure): String
fun circleVertexShader(shadeStructure: ShadeStructure): String
fun expansionFragmentShader(shadeStructure: ShadeStructure): String
fun expansionVertexShader(shadeStructure: ShadeStructure): String
fun fastLineFragmentShader(shadeStructure: ShadeStructure): String
fun fastLineVertexShader(shadeStructure: ShadeStructure): String
fun filterFragmentShader(shadeStructure: ShadeStructure): String
fun filterVertexShader(shadeStructure: ShadeStructure): String
fun fontImageMapFragmentShader(shadeStructure: ShadeStructure): String
fun fontImageMapVertexShader(shadeStructure: ShadeStructure): String
fun imageArrayTextureFragmentShader(shadeStructure: ShadeStructure): String
fun imageArrayTextureVertexShader(shadeStructure: ShadeStructure): String
fun imageFragmentShader(shadeStructure: ShadeStructure): String
fun imageVertexShader(shadeStructure: ShadeStructure): String
fun meshLineFragmentShader(shadeStructure: ShadeStructure): String
fun meshLineVertexShader(shadeStructure: ShadeStructure): String
fun pointFragmentShader(shadeStructure: ShadeStructure): String
fun pointVertexShader(shadeStructure: ShadeStructure): String
fun rectangleFragmentShader(shadeStructure: ShadeStructure): String
fun rectangleVertexShader(shadeStructure: ShadeStructure): String
fun vertexBufferFragmentShader(shadeStructure: ShadeStructure): String
fun vertexBufferVertexShader(shadeStructure: ShadeStructure): String

class ShaderWatcher

var currentShader: Shader
fun fromUrls(vsCode: String? = null, vsUrl: String? = null, fsCode: String? = null, fsUrl: String? = null): ShaderWatcher
val fsCode: String?
val fsUrl: String?
val shader: Shader?
val vsCode: String?
val vsUrl: String?

class ShaderWatcherBuilder

ShaderWatcherBuilder()
fun build(): ShaderWatcher
var fragmentShaderCode: String?
var fragmentShaderUrl: String?
var vertexShaderCode: String?
var vertexShaderUrl: String?

class Shape

Shape(contours: List<ShapeContour>)
val contours: List<ShapeContour>
fun hole(index: Int): ShapeContour
val linear: Boolean
fun map(mapper: (ShapeContour) -> ShapeContour): Shape
val outline: ShapeContour
fun polygon(distanceTolerance: Double = 0.5): Shape
fun splitCompounds(): List<Shape>
fun transform(transform: Matrix44): Shape

class ShapeBuilder

ShapeBuilder()
fun contour(shapeContour: ShapeContour): Unit
fun contour(f: ContourBuilder.() -> Unit): Unit

data class ShapeContour

ShapeContour(segments: List<Segment>, closed: Boolean)
fun adaptivePositions(distanceTolerance: Double = 0.5): List<Vector2>
fun adaptivePositionsAndDirection(distanceTolerance: Double = 0.5): Pair<List<Vector2>, List<Vector2>>
val bounds: Rectangle
val clockwise: ShapeContour
val closed: Boolean
val counterClockwise: ShapeContour
fun equidistantPositions(pointCount: Int): List<Vector2>
val exploded: List<ShapeContour>
fun fromPoints(points: List<Vector2>, closed: Boolean): ShapeContour
val length: Double
fun map(closed: Boolean = this.closed, mapper: (Segment) -> Segment): ShapeContour
fun normal(ut: Double): Vector2
fun offset(distance: Double, joinType: SegmentJoin = SegmentJoin.ROUND): ShapeContour
fun on(point: Vector2, error: Double = 5.0): Double?
operator fun plus(other: ShapeContour): ShapeContour
fun position(ut: Double): Vector2
fun project(point: Vector2): ContourProjection
val reversed: ShapeContour
fun sampleEquidistant(pointCount: Int): ShapeContour
fun sampleLinear(distanceTolerance: Double = 0.5): ShapeContour
val segments: List<Segment>
fun sub(u0: Double, u1: Double): ShapeContour
fun transform(transform: Matrix44): ShapeContour
val winding: Winding

class ShapeNode : CompositionNode

ShapeNode(shape: Shape)
val bounds: Rectangle
fun conflate(): ShapeNode
fun copy(id: String? = this.id, parent: CompositionNode? = null, transform: Matrix44 = this.transform, fill: CompositionColor = this.fill, stroke: CompositionColor = this.stroke, shape: Shape = this.shape): ShapeNode
fun flatten(): ShapeNode
var shape: Shape

class SineIn : Easer

SineIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class SineInOut : Easer

SineInOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class SineOut : Easer

SineOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class SingleScreenshot : Screenshots

SingleScreenshot()
var outputFile: String
fun setup(program: Program): Unit

data class Spherical

Spherical(theta: Double, phi: Double, radius: Double)
val cartesian: Vector3
operator fun div(s: Double): Spherical
fun fromVector(vector: Vector3): Spherical
fun makeSafe(): Spherical
operator fun minus(s: Spherical): Spherical
val phi: Double
operator fun plus(s: Spherical): Spherical
val radius: Double
val theta: Double
operator fun times(s: Spherical): Spherical
operator fun times(s: Double): Spherical

interface Splitter

abstract fun split(node: PackNode, rectangle: IntRectangle): List<PackNode>

enum class State

DISPOSED
INITIALIZE
PAUSED
PLAYING
STOPPED
inline fun transition(from: State, to: State, block: () -> Unit): State
inline fun transition(from: Set<State>, to: State, block: () -> Unit): State

enum class StencilOperation

DECREASE
DECREASE_WRAP
INCREASE
INCREASE_WRAP
INVERT
KEEP
REPLACE
ZERO

class StencilStyle

StencilStyle()
var depthFailOperation: StencilOperation
var depthPassOperation: StencilOperation
var stencilFailOperation: StencilOperation
fun stencilFunc(stencilTest: StencilTest, ref: Int, mask: Int): Unit
fun stencilOp(stencilFail: StencilOperation, depthTestFail: StencilOperation, depthTestPass: StencilOperation): Unit
var stencilTest: StencilTest
var stencilTestMask: Int
var stencilTestReference: Int
var stencilWriteMask: Int

enum class StencilTest

ALWAYS
DISABLED
EQUAL
GREATER
GREATER_OR_EQUAL
LESS
LESS_OR_EQUAL
NEVER
NOT_EQUAL

class StrokeWeight : CompositionStrokeWeight

StrokeWeight(weight: Double)
val weight: Double

class TextNode : CompositionNode

TextNode(text: String, contour: ShapeContour?)
var contour: ShapeContour?
var text: String

class TransformBuilder

TransformBuilder()
fun multiply(matrix: Matrix44): Unit
fun rotate(axis: Quaternion): Unit
fun rotate(axis: Vector3 = Vector3.UNIT_Z, degrees: Double): Unit
fun scale(scale: Double): Unit
fun scale(scaleX: Double, scaleY: Double, scaleZ: Double): Unit
fun scale(scale: Vector3): Unit
var transform: Matrix44
fun translate(offset: Vector3): Unit
fun translate(offset: Vector2): Unit
fun translate(x: Double, y: Double, z: Double = 0.0): Unit

enum class UnfocusBehaviour

NORMAL
THROTTLE

interface UniformBlock

abstract val dirty: Boolean
abstract val layout: UniformBlockLayout
abstract fun uniform(name: String, value: Float): Unit
abstract fun uniform(name: String, value: Vector2): Unit
abstract fun uniform(name: String, value: Vector3): Unit
abstract fun uniform(name: String, value: Vector4): Unit
abstract fun uniform(name: String, value: ColorRGBa): Unit
abstract fun uniform(name: String, value: Matrix44): Unit
abstract fun uniform(name: String, value: Matrix55): Unit
abstract fun uniform(name: String, value: Array<Float>): Unit
abstract fun uniform(name: String, value: Array<Vector2>): Unit
abstract fun uniform(name: String, value: Array<Vector3>): Unit
abstract fun uniform(name: String, value: Array<Vector4>): Unit
abstract fun upload(): Unit

class UniformBlockGL3 : UniformBlock

UniformBlockGL3(layout: UniformBlockLayout, blockBinding: Int, ubo: Int, shadowBuffer: ByteBuffer)
val blockBinding: Int
fun create(layout: UniformBlockLayout): UniformBlockGL3
val dirty: Boolean
val layout: UniformBlockLayout
var realDirty: Boolean
val shadowBuffer: ByteBuffer
val ubo: Int
fun uniform(name: String, value: Float): Unit
fun uniform(name: String, value: Vector2): Unit
fun uniform(name: String, value: Vector3): Unit
fun uniform(name: String, value: ColorRGBa): Unit
fun uniform(name: String, value: Vector4): Unit
fun uniform(name: String, value: Matrix44): Unit
fun uniform(name: String, value: Matrix55): Unit
fun uniform(name: String, value: Array<Float>): Unit
fun uniform(name: String, value: Array<Vector2>): Unit
fun uniform(name: String, value: Array<Vector3>): Unit
fun uniform(name: String, value: Array<Vector4>): Unit
fun upload(): Unit

data class UniformBlockLayout

UniformBlockLayout(sizeInBytes: Int, entries: Map<String, UniformDescription>)
val entries: Map<String, UniformDescription>
val sizeInBytes: Int

data class UniformDescription

UniformDescription(name: String, type: UniformType, size: Int, offset: Int, stride: Int)
val name: String
val offset: Int
val size: Int
val stride: Int
val type: UniformType

enum class UniformType

COLOR_BUFFER_SAMPLER
FLOAT32
INT32
MATRIX22_FLOAT32
MATRIX33_FLOAT32
MATRIX44_FLOAT32
VECTOR2_FLOAT32
VECTOR2_INT32
VECTOR3_FLOAT32
VECTOR3_INT32
VECTOR4_FLOAT32
VECTOR4_INT32
val sizeInBytes: Int

data class Vector2 : Serializable

Vector2(x: Double)
Vector2(x: Double, y: Double)
val INFINITY: Vector2
val ONE: Vector2
val UNIT_X: Vector2
val UNIT_Y: Vector2
val ZERO: Vector2
operator fun div(d: Double): Vector2
operator fun div(d: Vector2): Vector2
infix fun dot(right: Vector2): Double
fun fromPolar(polar: Polar): Vector2
operator fun get(i: Int): Double
operator fun invoke(x: Double = this.x, y: Double = this.y): Vector2
val length: Double
operator fun minus(vector2: Vector2): Vector2
val normalized: Vector2
val perpendicular: Vector2
operator fun plus(vector2: Vector2): Vector2
infix fun reflect(surfaceNormal: Vector2): Vector2
val squaredLength: Double
operator fun times(d: Double): Vector2
operator fun times(v: Vector2): Vector2
operator fun unaryMinus(): Vector2
fun vector3(x: Double = this.x, y: Double = this.y, z: Double = 0.0): Vector3
val x: Double
val xx: Vector2
val xy0: Vector3
val xy01: Vector4
val y: Double
val yx: Vector2
val yy: Vector2

data class Vector3 : Serializable

Vector3(x: Double)
Vector3(x: Double, y: Double, z: Double)
val INFINITY: Vector3
val ONE: Vector3
val UNIT_X: Vector3
val UNIT_Y: Vector3
val UNIT_Z: Vector3
val ZERO: Vector3
infix fun cross(v: Vector3): Vector3
operator fun div(s: Double): Vector3
operator fun div(v: Vector3): Vector3
infix fun dot(v: Vector3): Double
fun fromSpherical(s: Spherical): Vector3
operator fun get(i: Int): Double
operator fun invoke(x: Double = this.x, y: Double = this.y, z: Double = this.z): Vector3
val length: Double
operator fun minus(v: Vector3): Vector3
val normalized: Vector3
operator fun plus(v: Vector3): Vector3
infix fun projectedOn(v: Vector3): Vector3
infix fun reflect(surfaceNormal: Vector3): Vector3
val spherical: Spherical
val squaredLength: Double
operator fun times(v: Vector3): Vector3
operator fun times(s: Double): Vector3
fun toDoubleArray(): DoubleArray
operator fun unaryMinus(): Vector3
val x: Double
val xy: Vector2
val xyz0: Vector4
val xyz1: Vector4
val xz: Vector2
val y: Double
val yx: Vector2
val z: Double
val zx: Vector2

data class Vector4 : Serializable

Vector4(x: Double)
Vector4(x: Double, y: Double, z: Double, w: Double)
val ONE: Vector4
val UNIT_W: Vector4
val UNIT_X: Vector4
val UNIT_Y: Vector4
val UNIT_Z: Vector4
val ZERO: Vector4
val div: Vector3
operator fun div(v: Vector4): Vector4
operator fun div(s: Double): Vector4
operator fun get(i: Int): Double
operator fun invoke(x: Double = this.x, y: Double = this.y, z: Double = this.z, w: Double = this.w): Vector4
val length: Double
operator fun minus(v: Vector4): Vector4
val normalized: Vector4
operator fun plus(v: Vector4): Vector4
val squaredLength: Double
operator fun times(v: Vector4): Vector4
operator fun times(s: Double): Vector4
fun toDoubleArray(): DoubleArray
operator fun unaryMinus(): Vector4
val w: Double
val x: Double
val xy: Vector2
val xyz: Vector3
val xz: Vector2
val y: Double
val yx: Vector2
val yz: Vector2
val z: Double
val zx: Vector2
val zy: Vector2

interface VertexBuffer

fun createDynamic(format: VertexFormat, vertexCount: Int, session: Session? = Session.active): VertexBuffer
fun createFromFloats(format: VertexFormat, data: FloatArray, session: Session?): VertexBuffer
abstract fun destroy(): Unit
open fun put(putter: BufferWriter.() -> Unit): Int
abstract fun read(data: ByteBuffer, offset: Int = 0): Unit
abstract val session: Session?
abstract val shadow: VertexBufferShadow
abstract val vertexCount: Int
abstract val vertexFormat: VertexFormat
abstract fun write(data: ByteBuffer, offset: Int = 0): Unit

class VertexBufferDrawer

VertexBufferDrawer()
fun drawVertexBuffer(drawContext: DrawContext, drawStyle: DrawStyle, primitive: DrawPrimitive, vertexBuffers: List<VertexBuffer>, offset: Int, vertexCount: Int): Unit
fun drawVertexBuffer(drawContext: DrawContext, drawStyle: DrawStyle, primitive: DrawPrimitive, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, offset: Int, indexCount: Int): Unit
fun drawVertexBufferInstances(drawContext: DrawContext, drawStyle: DrawStyle, primitive: DrawPrimitive, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, offset: Int, vertexCount: Int, instanceCount: Int): Unit
fun drawVertexBufferInstances(drawContext: DrawContext, drawStyle: DrawStyle, primitive: DrawPrimitive, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, offset: Int, indexCount: Int, instanceCount: Int): Unit

class VertexBufferGL3 : VertexBuffer

VertexBufferGL3(buffer: Int, vertexFormat: VertexFormat, vertexCount: Int, session: Session?)
fun bind(): Unit
val buffer: Int
fun createDynamic(vertexFormat: VertexFormat, vertexCount: Int, session: Session?): VertexBufferGL3
fun destroy(): Unit
fun read(data: ByteBuffer, offset: Int): Unit
val session: Session?
val shadow: VertexBufferShadow
fun unbind(): Unit
val vertexCount: Int
val vertexFormat: VertexFormat
fun write(data: ByteBuffer, offset: Int): Unit

interface VertexBufferShadow

abstract fun destroy(): Unit
abstract fun download(): Unit
abstract fun upload(offset: Int = 0, size: Int = vertexBuffer.vertexCount * vertexBuffer.vertexFormat.size): Unit
open fun uploadElements(elementOffset: Int = 0, elementCount: Int = vertexBuffer.vertexCount): Unit
abstract val vertexBuffer: VertexBuffer
abstract fun writer(): BufferWriter

class VertexBufferShadowGL3 : VertexBufferShadow

VertexBufferShadowGL3(vertexBuffer: VertexBufferGL3)
val buffer: ByteBuffer
fun destroy(): Unit
fun download(): Unit
fun upload(offset: Int, size: Int): Unit
val vertexBuffer: VertexBufferGL3
fun writer(): BufferWriter

data class VertexElement

VertexElement(attribute: String, offset: Int, type: VertexElementType, arraySize: Int)
val arraySize: Int
val attribute: String
val offset: Int
val type: VertexElementType

enum class VertexElementType

FLOAT32
MATRIX22_FLOAT32
MATRIX33_FLOAT32
MATRIX44_FLOAT32
VECTOR2_FLOAT32
VECTOR3_FLOAT32
VECTOR4_FLOAT32
val componentCount: Int
val sizeInBytes: Int

class VertexFormat

fun attribute(name: String, type: VertexElementType, arraySize: Int = 1): Unit
fun color(dimensions: Int): Unit
var items: MutableList<VertexElement>
fun normal(dimensions: Int): Unit
fun position(dimensions: Int): Unit
val size: Int
fun textureCoordinate(dimensions: Int = 2, index: Int = 0): Unit
fun toString(): String

class VertexShaderGL3

VertexShaderGL3(shaderObject: Int, name: String = "<unknown-vertex-shader>")
fun fromString(code: String, name: String = "<unknown-vertex-shader>"): VertexShaderGL3
val name: String
val shaderObject: Int

class VideoEvent

VideoEvent()

class VideoPlayerConfiguration

VideoPlayerConfiguration()
var allowArbitrarySeek: Boolean
var allowFrameSkipping: Boolean
var displayQueueSize: Int
var legacyStreamOpen: Boolean
var maximumSeekOffset: Double
var minimumSeekOffset: Double
var packetQueueSize: Int
var packetTimeout: Double
var realtimeBufferSize: Long
var useHardwareDecoding: Boolean
var usePacketReaderThread: Boolean
var videoFrameQueueSize: Int

class VideoPlayerFFMPEG

var audioGain: Double
var colorBuffer: ColorBuffer?
fun defaultDevice(): String
fun dispose(): Unit
fun draw(drawer: Drawer, blind: Boolean = false, update: Boolean = true): Unit
fun draw(drawer: Drawer, x: Double = 0.0, y: Double = 0.0, width: Double = this.width.toDouble(), height: Double = this.height.toDouble(), blind: Boolean = false, update: Boolean = true): Unit
fun draw(drawer: Drawer, source: Rectangle, target: Rectangle, blind: Boolean = false, update: Boolean = true): Unit
val ended: Event<VideoEvent>
fun fromDevice(deviceName: String = defaultDevice(), mode: PlayMode = PlayMode.VIDEO, frameRate: Double? = null, imageWidth: Int? = null, imageHeight: Int? = null, configuration: VideoPlayerConfiguration = VideoPlayerConfiguration()): VideoPlayerFFMPEG
fun fromFile(fileName: String, mode: PlayMode = PlayMode.BOTH, configuration: VideoPlayerConfiguration = VideoPlayerConfiguration(), clock: () -> Double = { System.currentTimeMillis() / 1000.0 }): VideoPlayerFFMPEG
val height: Int
fun listDeviceNames(): List<String>
val newFrame: Event<FrameEvent>
fun pause(): Unit
fun play(): Unit
fun restart(): Unit
fun resume(): Unit
fun seek(positionInSeconds: Double): Unit
val statistics: VideoStatistics
val width: Int

class VideoStatistics

VideoStatistics()
var packetQueueSize: Int
var videoBytesReceived: Long
var videoDecodeDuration: Long
var videoFrameErrors: Long
var videoFramesDecoded: Long
var videoLastFrame: Long
var videoQueueSize: Int

class VideoWriter

VideoWriter()
fun create(): VideoWriter
fun frame(frame: ColorBuffer): VideoWriter
fun frameRate(frameRate: Int): VideoWriter
fun height(): Int
var inputFormat: String
fun output(filename: String): VideoWriter
fun profile(profile: VideoWriterProfile): VideoWriter
fun size(width: Int, height: Int): VideoWriter
fun start(): VideoWriter
fun stop(): VideoWriter
fun width(): Int

abstract class VideoWriterProfile

VideoWriterProfile()
abstract fun arguments(): Array<String>

enum class Winding

CLOCKWISE
COUNTER_CLOCKWISE

class WindowEvent

WindowEvent(type: WindowEventType, position: Vector2, size: Vector2, focused: Boolean)
val focused: Boolean
val position: Vector2
val size: Vector2
val type: WindowEventType

enum class WindowEventType

FOCUSED
MINIMIZED
MOVED
RESIZED
RESTORED
UNFOCUSED

sealed class WindowMultisample

object Disabled : WindowMultisample
data class SampleCount : WindowMultisample

SampleCount(count: Int)
val count: Int

object SystemDefault : WindowMultisample

class WindowsPlatformDriver : PlatformDriver

WindowsPlatformDriver()
fun cacheDirectory(programName: String): File
val randomID: String
fun supportDirectory(programName: String): File
fun temporaryDirectory(): File

enum class WrapMode

CLAMP_TO_EDGE
MIRRORED_REPEAT
REPEAT

class WriteStyle

WriteStyle()
var ellipsis: String?
var leading: Double
var tracking: Double

class Writer

Writer(drawerRef: Drawer?)
var box: Rectangle
var cursor: Cursor
var drawStyle: DrawStyle
val drawerRef: Drawer?
var ellipsis: String?
fun gaplessNewLine(): Unit
var leading: Double
fun move(x: Double, y: Double): Unit
fun newLine(): Unit
var style: WriteStyle
val styleStack: Stack<WriteStyle>
fun text(text: String, visible: Boolean = true): Unit
fun textWidth(text: String): Double
var tracking: Double

class X265Profile : VideoWriterProfile

X265Profile()
enum class WriterMode

Lossless
Normal

fun arguments(): Array<String>
fun constantRateFactor(constantRateFactor: Int): X265Profile
var hlg: Boolean
fun mode(mode: WriterMode): X265Profile

kotlin.Double

@JvmName("modDouble") fun Double.mod_(b: Double): Double
operator fun Double.times(m: Matrix33): Matrix33
operator fun Double.times(m: Matrix44): Matrix44
operator fun Double.times(v: Vector2): Vector2
operator fun Double.times(v: Vector3): Vector3
operator fun Double.times(v: Vector4): Vector4

kotlin.Float

@JvmName("modFloat") fun Float.mod_(b: Float): Float

kotlin.Int

@JvmName("modInt") fun Int.mod_(b: Int): Int
operator fun Int.times(v: IntVector2): IntVector2
operator fun Int.times(v: IntVector3): IntVector3
operator fun Int.times(v: IntVector4): IntVector4

kotlin.Long

@JvmName("modLong") fun Long.mod_(b: Long): Long

kotlin.collections.List

fun List<Int>.cumsum(): List<Int>

package org.openrndr

abstract class Application

Application()
abstract var clipboardContents: String?
abstract var cursorPosition: Vector2
abstract var cursorVisible: Boolean
abstract fun exit(): Unit
abstract fun loop(): Unit
abstract var presentationMode: PresentationMode
abstract fun requestDraw(): Unit
abstract fun requestFocus(): Unit
fun run(program: Program, configuration: Configuration): Unit
fun runAsync(program: Program, configuration: Configuration): Unit
abstract val seconds: Double
abstract fun setup(): Unit
abstract var windowPosition: Vector2
abstract var windowSize: Vector2
abstract var windowTitle: String

class ApplicationBuilder

fun configure(init: Configuration.() -> Unit): Unit
var program: Program
fun program(init: Program.() -> Unit): Unit
@JvmName("initCustom") inline fun <reified P : Program> program(program: P, crossinline init: P.() -> Unit): Unit

@DslMarker annotation class ApplicationDslMarker

ApplicationDslMarker()

class Configuration

Configuration()
var debug: Boolean
var fullscreen: Fullscreen
var headless: Boolean
var height: Int
var hideCursor: Boolean
var hideWindowDecorations: Boolean
var maximumHeight: Int
var maximumWidth: Int
var minimumHeight: Int
var minimumWidth: Int
var multisample: WindowMultisample
var position: IntVector2?
var showBeforeSetup: Boolean
var title: String
var trace: Boolean
var unfocusBehaviour: UnfocusBehaviour
var width: Int
var windowAlwaysOnTop: Boolean
var windowResizable: Boolean

class Dispatcher : MainCoroutineDispatcher, Delay

Dispatcher()
fun dispatch(context: CoroutineContext, block: Runnable): Unit
fun execute(): Unit
@ExperimentalCoroutinesApi val immediate: MainCoroutineDispatcher
fun invokeOnTimeout(timeMillis: Long, block: Runnable): DisposableHandle
@ExperimentalCoroutinesApi fun isDispatchNeeded(context: CoroutineContext): Boolean
fun scheduleResumeAfterDelay(timeMillis: Long, continuation: CancellableContinuation<Unit>): Unit

class DropEvent

DropEvent(position: Vector2, files: List<File>)
val files: List<File>
val position: Vector2

interface Extension

open fun afterDraw(drawer: Drawer, program: Program): Unit
open fun beforeDraw(drawer: Drawer, program: Program): Unit
abstract var enabled: Boolean
open fun setup(program: Program): Unit
open fun shutdown(program: Program): Unit

enum class ExtensionStage

AFTER_DRAW
BEFORE_DRAW
SETUP

enum class Fullscreen

CURRENT_DISPLAY_MODE
DISABLED
SET_DISPLAY_MODE

const val KEY_ARROW_DOWN: Int
const val KEY_ARROW_LEFT: Int
const val KEY_ARROW_RIGHT: Int
const val KEY_ARROW_UP: Int
const val KEY_BACKSPACE: Int
const val KEY_CAPSLOCK: Int
const val KEY_DELETE: Int
const val KEY_END: Int
const val KEY_ENTER: Int
const val KEY_ESCAPE: Int
const val KEY_F1: Int
const val KEY_F10: Int
const val KEY_F11: Int
const val KEY_F12: Int
const val KEY_F2: Int
const val KEY_F3: Int
const val KEY_F4: Int
const val KEY_F5: Int
const val KEY_F6: Int
const val KEY_F7: Int
const val KEY_F8: Int
const val KEY_F9: Int
const val KEY_HOME: Int
const val KEY_INSERT: Int
const val KEY_LEFT_SHIFT: Int
const val KEY_PAGE_DOWN: Int
const val KEY_PAGE_UP: Int
const val KEY_PRINT_SCREEN: Int
const val KEY_RIGHT_SHIFT: Int
const val KEY_SPACEBAR: Int
const val KEY_TAB: Int
class KeyEvent

KeyEvent(type: KeyEventType, key: Int, name: String, modifiers: Set<KeyModifier>, propagationCancelled: Boolean = false)
fun cancelPropagation(): Unit
val key: Int
val modifiers: Set<KeyModifier>
val name: String
var propagationCancelled: Boolean
val type: KeyEventType

enum class KeyEventType

KEY_DOWN
KEY_REPEAT
KEY_UP

enum class KeyModifier

ALT
CTRL
SHIFT
SUPER
val mask: Int

class Keyboard

Keyboard()
val character: Event<CharacterEvent>
val keyDown: Event<KeyEvent>
val keyRepeat: Event<KeyEvent>
val keyUp: Event<KeyEvent>
var pressedKeys: MutableSet<String>

class Mouse

Mouse(application: Application)
val application: Application
val buttonDown: Event<MouseEvent>
val buttonUp: Event<MouseEvent>
val clicked: Event<MouseEvent>
var cursorVisible: Boolean
val dragged: Event<MouseEvent>
val entered: Event<MouseEvent>
val left: Event<MouseEvent>
val moved: Event<MouseEvent>
var position: Vector2
val scrolled: Event<MouseEvent>

enum class MouseButton

CENTER
LEFT
NONE
RIGHT

class MouseEvent

MouseEvent(position: Vector2, rotation: Vector2, dragDisplacement: Vector2, type: MouseEventType, button: MouseButton, modifiers: Set<KeyModifier>, propagationCancelled: Boolean = false)
val button: MouseButton
fun cancelPropagation(): Unit
val dragDisplacement: Vector2
val modifiers: Set<KeyModifier>
val position: Vector2
var propagationCancelled: Boolean
val rotation: Vector2
val type: MouseEventType

enum class MouseEventType

BUTTON_DOWN
BUTTON_UP
CLICKED
DRAGGED
ENTERED
LEFT
MOVED
SCROLLED

enum class PresentationMode

AUTOMATIC
MANUAL

open class Program

Program()
class CharacterEvent

CharacterEvent(character: Char, modifiers: Set<KeyModifier>, propagationCancelled: Boolean = false)
fun cancelPropagation(): Unit
val character: Char
val modifiers: Set<KeyModifier>
var propagationCancelled: Boolean

inner class Clipboard

Clipboard()
var contents: String?

inner class Window

Window()
val drop: Event<DropEvent>
val focused: Event<WindowEvent>
val minimized: Event<WindowEvent>
val moved: Event<WindowEvent>
var position: Vector2
var presentationMode: PresentationMode
fun requestDraw(): Unit
fun requestFocus(): Unit
val restored: Event<WindowEvent>
var scale: Vector2
var size: Vector2
val sized: Event<WindowEvent>
var title: String
val unfocused: Event<WindowEvent>

lateinit var application: Application
var backgroundColor: ColorRGBa?
val clipboard: Clipboard
var clock: () -> Double
val deltaTime: Double
val dispatcher: Dispatcher
open fun draw(): Unit
fun drawImpl(): Unit
lateinit var drawer: Drawer
lateinit var driver: Driver
fun <T : Extension> extend(extension: T): T
fun <T : Extension> extend(extension: T, configure: T.() -> Unit): T
fun extend(stage: ExtensionStage = ExtensionStage.BEFORE_DRAW, userDraw: Program.() -> Unit): Unit
val extensions: MutableList<Extension>
var frameCount: Int
var height: Int
val keyboard: Keyboard
val mouse: Mouse
val seconds: Double
open fun setup(): Unit
var width: Int
val window: Window

enum class UnfocusBehaviour

NORMAL
THROTTLE

class WindowEvent

WindowEvent(type: WindowEventType, position: Vector2, size: Vector2, focused: Boolean)
val focused: Boolean
val position: Vector2
val size: Vector2
val type: WindowEventType

enum class WindowEventType

FOCUSED
MINIMIZED
MOVED
RESIZED
RESTORED
UNFOCUSED

sealed class WindowMultisample

object Disabled : WindowMultisample
data class SampleCount : WindowMultisample

SampleCount(count: Int)
val count: Int

object SystemDefault : WindowMultisample

fun application(program: Program, configuration: Configuration = Configuration()): Unit
fun application(build: ApplicationBuilder.() -> Unit): Unit
fun configuration(builder: Configuration.() -> Unit): Configuration
fun Dispatcher.launch(start: CoroutineStart = CoroutineStart.DEFAULT, block: suspend CoroutineScope.() -> Unit): Job
fun Program.launch(context: CoroutineContext = dispatcher, start: CoroutineStart = CoroutineStart.DEFAULT, block: suspend CoroutineScope.() -> Unit): Job
fun resourceUrl(name: String, class: Class<*> = Application::class.java): String

package org.openrndr.animatable

open class Animatable

Animatable(target: Any)
Animatable()
Animatable(createAtTime: Long)
fun add(variable: String, target: Double, duration: Long): Unit
fun add(variable: String, target: Double, durationMillis: Long, easing: Easing): Unit
fun add(variable: String, target: Double, durationMillis: Long, easer: Easer): Unit
@JvmName("animateProp") fun KMutableProperty0<Double>.animate(target: Double, duration: Long, easing: Easing): Unit
fun animate(variable: String, target: Double, durationMillis: Long): Unit
fun animate(variable: String, target: Double, durationMillis: Long, easing: Easing): Unit
fun animate(variable: String, target: Double, durationMillis: Long, easer: Easer): Unit
fun animate(variable: KMutableProperty0<*>, target: Double, durationMillis: Long, easing: Easing = Easing.None): Unit
fun animationCount(): Int
fun array(variable: String, index: Int): String
fun cancel(): Unit
fun cancel(fields: Array<String>): Unit
fun cancelQueued(): Unit
fun clock(clock: Clock): Unit
fun clock(): Clock
fun complete(variable: String): Unit
fun complete(callback: (Animatable) -> Unit): Unit
fun complete(animatable: Animatable): Unit
fun complete(animatable: Animatable = this, callback: (Animatable) -> Unit = null): Unit
fun delay(durationMillis: Long, durationNanos: Long = 0): Unit
fun duration(): Long
fun ease(easing: Easing): Unit
fun ease(easer: Easer): Unit
fun end(): Unit
fun hasAnimations(): Boolean
fun hasAnimations(vararg variables: String): Boolean
fun popTime(): Unit
fun pushTime(): Unit
@JvmOverloads fun updateAnimation(time: Long = clock.timeNanos): Unit
fun velocity(variable: String): Double
fun waitUntil(timeMillis: Long, timeNanos: Long = 0): Unit

interface Clock

abstract val time: Long
open val timeNanos: Long

class DefaultClock : Clock

DefaultClock()
val time: Long
val timeNanos: Long

package org.openrndr.animatable.easing

class BackIn : Easer

BackIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class CubicIn : Easer

CubicIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class CubicInOut : Easer

CubicInOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class CubicOut : Easer

CubicOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

interface Easer

abstract fun ease(t: Double, b: Double, c: Double, d: Double): Double
abstract fun velocity(t: Double, b: Double, c: Double, d: Double): Double

enum class Easing

CubicIn
CubicInOut
CubicOut
None
QuadIn
QuadInOut
QuadOut
QuartIn
QuartInOut
QuartOut
SineIn
SineInOut
SineOut
val easer: Easer

class ExpoIn : Easer

ExpoIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class Linear : Easer

Linear()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QuadIn : Easer

QuadIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QuadInOut : Easer

QuadInOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QuadOut : Easer

QuadOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QuartIn : Easer

QuartIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QuartInOut : Easer

QuartInOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class QuartOut : Easer

QuartOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class SineIn : Easer

SineIn()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class SineInOut : Easer

SineInOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

class SineOut : Easer

SineOut()
fun ease(t: Double, b: Double, c: Double, d: Double): Double
fun velocity(t: Double, b: Double, c: Double, d: Double): Double

package org.openrndr.binpack

class CenterOrderer : Orderer

CenterOrderer(enclosement: IntRectangle, reverse: Boolean = false)
data class SortOption

SortOption(index: Int, distance: Double)
val distance: Double
val index: Int

val enclosement: IntRectangle
fun order(node: PackNode, rectangle: IntRectangle): List<Int>
val reverse: Boolean

class CenteredBinarySplitter : Splitter

CenteredBinarySplitter(enclosement: IntRectangle, invert: Boolean = true, constraints: (node: PackNode, rectangle: IntRectangle) -> Boolean = { _, _ -> true }, xcon: (node: PackNode, rectangle: IntRectangle) -> Boolean = { _, _ -> true}, ycon: (node: PackNode, rectangle: IntRectangle) -> Boolean = { _, _ -> true})
val constraints: (node: PackNode, rectangle: IntRectangle) -> Boolean
val enclosement: IntRectangle
val invert: Boolean
fun split(node: PackNode, rectangle: IntRectangle): List<PackNode>
val xcon: (node: PackNode, rectangle: IntRectangle) -> Boolean
val ycon: (node: PackNode, rectangle: IntRectangle) -> Boolean

interface Clipper

abstract fun inside(node: IntRectangle, rectangle: IntRectangle, data: Any?): Boolean

class DefaultClipper : Clipper

DefaultClipper()
fun inside(node: IntRectangle, rectangle: IntRectangle, data: Any?): Boolean

class DefaultOrderer : Orderer

DefaultOrderer()
fun order(node: PackNode, rectangle: IntRectangle): List<Int>

class DefaultSplitter : Splitter

DefaultSplitter()
fun split(node: PackNode, rectangle: IntRectangle): List<PackNode>

class GreedySplitter : Splitter

GreedySplitter()
var horizontalBias: Double
var horizontalDivisions: Int
fun split(node: PackNode, rectangle: IntRectangle): List<PackNode>
var verticalBias: Double
var verticalDivisions: Int

class IntPacker

IntPacker(clipper: Clipper = DefaultClipper(), splitter: Splitter = DefaultSplitter(), orderer: Orderer = DefaultOrderer())
fun insert(node: PackNode, rectangle: IntRectangle, data: Any? = null): PackNode?

class OptimizingOrderer : Orderer

OptimizingOrderer(reverse: Boolean = false)
data class SortOption

SortOption(index: Int, area: Int)
val area: Int
val index: Int

fun order(node: PackNode, rectangle: IntRectangle): List<Int>
val reverse: Boolean

interface Orderer

abstract fun order(node: PackNode, rectangle: IntRectangle): List<Int>

class PackNode

PackNode(area: IntRectangle, parent: PackNode? = null)
val area: IntRectangle
var children: List<PackNode>
var data: Any?
var freeArea: IntVector2
fun hasTakenDecendents(): Boolean
fun isLeaf(): Boolean
val parent: PackNode?
fun populate(data: Any? = null): Unit
var taken: Boolean

class RandomBinarySplitter : Splitter

RandomBinarySplitter(enclosement: IntRectangle, invert: Boolean = true, constraints: (node: PackNode, rectangle: IntRectangle) -> Boolean = { _, _ -> true })
val constraints: (node: PackNode, rectangle: IntRectangle) -> Boolean
val enclosement: IntRectangle
val invert: Boolean
fun split(node: PackNode, rectangle: IntRectangle): List<PackNode>

class RandomOrderer : Orderer

RandomOrderer()
fun order(node: PackNode, rectangle: IntRectangle): List<Int>

interface Splitter

abstract fun split(node: PackNode, rectangle: IntRectangle): List<PackNode>

fun leafNodes(node: PackNode): List<PackNode>
fun prune(node: PackNode): Unit

package org.openrndr.color

data class ColorATVa

ColorATVa(id: Int, t: Double, v: Double, alpha: Double = 1.0)
val alpha: Double
val id: Int
fun maxT(id: Int, v: Double): Double
val t: Double
fun toColorYxya(): ColorYxya
fun toRGBa(): ColorRGBa
val v: Double

data class ColorHSLa

ColorHSLa(h: Double, s: Double, l: Double, a: Double = 1.0)
val a: Double
fun fromRGBa(rgb: ColorRGBa): ColorHSLa
val h: Double
operator fun invoke(h: Double = this.h, s: Double = this.s, l: Double = this.l, a: Double = this.a): ColorHSLa
val l: Double
val s: Double
fun scaleHue(shift: Double): ColorHSLa
fun scaleSaturation(scale: Double): ColorHSLa
fun scaleValue(scale: Double): ColorHSLa
fun shiftHue(shift: Double): ColorHSLa
fun shiftSaturation(shift: Double): ColorHSLa
fun shiftValue(shift: Double): ColorHSLa
fun toHSVa(): ColorHSVa
fun toLABa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLABa
fun toLCHABa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLCHABa
fun toLCHUVa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLCHUVa
fun toLUVa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLUVa
fun toRGBa(): ColorRGBa
fun toString(): String
fun toXSLa(): ColorXSLa
fun toXYZa(): ColorXYZa
val unit: ColorHSLa

data class ColorHSVa

ColorHSVa(h: Double, s: Double, v: Double, a: Double = 1.0)
val a: Double
fun fromRGBa(rgb: ColorRGBa): ColorHSVa
val h: Double
operator fun invoke(h: Double = this.h, s: Double = this.s, v: Double = this.v, a: Double = this.a): ColorHSVa
val s: Double
fun scaleHue(scale: Double): ColorHSVa
fun scaleSaturation(scale: Double): ColorHSVa
fun scaleValue(scale: Double): ColorHSVa
fun shiftHue(shift: Double): ColorHSVa
fun shiftSaturation(shift: Double): ColorHSVa
fun shiftValue(shift: Double): ColorHSVa
fun toRGBa(): ColorRGBa
val unit: ColorHSVa
val v: Double

class ColorLABa

ColorLABa(l: Double, a: Double, b: Double, alpha: Double = 1.0, ref: ColorXYZa = ColorXYZa.NEUTRAL)
val a: Double
val alpha: Double
val b: Double
fun fromRGBa(rgba: ColorRGBa, ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLABa
fun fromXYZa(xyz: ColorXYZa, ref: ColorXYZa): ColorLABa
val l: Double
val ref: ColorXYZa
fun toHSLa(): ColorHSLa
fun toHSVa(): ColorHSVa
fun toLCHABa(): ColorLCHABa
fun toLSHABa(): ColorLSHABa
fun toLUVa(): ColorLUVa
fun toRGBa(): ColorRGBa
fun toXYZa(): ColorXYZa

data class ColorLCHABa

ColorLCHABa(l: Double, c: Double, h: Double, alpha: Double = 1.0, ref: ColorXYZa = ColorXYZa.NEUTRAL)
val alpha: Double
val c: Double
fun findMaxChroma(l: Double, h: Double, ref: ColorXYZa): Double
fun fromLABa(laba: ColorLABa): ColorLCHABa
val h: Double
val l: Double
val ref: ColorXYZa
fun scaleChroma(scale: Double): ColorLCHABa
fun scaleHue(scale: Double): ColorLCHABa
fun scaleLuminosity(scale: Double): ColorLCHABa
fun shiftChroma(shift: Double): ColorLCHABa
fun shiftHue(shift: Double): ColorLCHABa
fun shiftLuminosity(shift: Double): ColorLCHABa
fun toLABa(): ColorLABa
fun toLSHABa(): ColorLSHABa
fun toRGBa(): ColorRGBa
fun toXYZa(): ColorXYZa

data class ColorLCHUVa

ColorLCHUVa(l: Double, c: Double, h: Double, alpha: Double = 1.0, ref: ColorXYZa = ColorXYZa.NEUTRAL)
val alpha: Double
val c: Double
fun findMaxChroma(l: Double, h: Double, ref: ColorXYZa): Double
fun fromLUVa(luva: ColorLUVa): ColorLCHUVa
val h: Double
val l: Double
val ref: ColorXYZa
fun scaleChroma(scale: Double): ColorLCHUVa
fun scaleHue(shift: Double): ColorLCHUVa
fun scaleLuminosity(scale: Double): ColorLCHUVa
fun shiftChroma(shift: Double): ColorLCHUVa
fun shiftHue(shift: Double): ColorLCHUVa
fun shiftLuminosity(shift: Double): ColorLCHUVa
fun toLSHUVa(): ColorLSHUVa
fun toLUVa(): ColorLUVa
fun toRGBa(): ColorRGBa

data class ColorLSHABa

ColorLSHABa(l: Double, s: Double, h: Double, alpha: Double = 1.0, ref: ColorXYZa = ColorXYZa.NEUTRAL)
val alpha: Double
fun fromLCHABa(lcha: ColorLCHABa): ColorLSHABa
val h: Double
val l: Double
val ref: ColorXYZa
val s: Double
val saturated: ColorLSHABa
fun scaleHue(scale: Double): ColorLSHABa
fun scaleLuminosity(scale: Double): ColorLSHABa
fun scaleSaturation(scale: Double): ColorLSHABa
fun shiftHue(shift: Double): ColorLSHABa
fun shiftLuminosity(shift: Double): ColorLSHABa
fun shiftSaturation(shift: Double): ColorLSHABa
fun toLCHABa(): ColorLCHABa
fun toRGBa(): ColorRGBa

data class ColorLSHUVa

ColorLSHUVa(l: Double, s: Double, h: Double, alpha: Double = 1.0, ref: ColorXYZa = ColorXYZa.NEUTRAL)
val alpha: Double
fun fromLCHUVa(lcha: ColorLCHUVa): ColorLSHUVa
val h: Double
val l: Double
val ref: ColorXYZa
val s: Double
val saturated: ColorLSHUVa
fun scaleHue(scale: Double): ColorLSHUVa
fun scaleLuminosity(scale: Double): ColorLSHUVa
fun scaleSaturation(scale: Double): ColorLSHUVa
fun shiftHue(shift: Double): ColorLSHUVa
fun shiftLuminosity(shift: Double): ColorLSHUVa
fun shiftSaturation(shift: Double): ColorLSHUVa
fun toLCHUVa(): ColorLCHUVa
fun toRGBa(): ColorRGBa

data class ColorLUVa

ColorLUVa(l: Double, u: Double, v: Double, alpha: Double = 1.0, ref: ColorXYZa)
val alpha: Double
fun fromRGBa(rgba: ColorRGBa, ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLUVa
fun fromXYZa(xyz: ColorXYZa, ref: ColorXYZa): ColorLUVa
val l: Double
val ref: ColorXYZa
fun toHSLa(ref: ColorXYZa = this.ref): ColorHSLa
fun toHSVa(ref: ColorXYZa = this.ref): ColorHSVa
fun toLABa(ref: ColorXYZa = this.ref): ColorLABa
fun toLCHUVa(): ColorLCHUVa
fun toRGBa(ref: ColorXYZa = this.ref): ColorRGBa
fun toXYZa(): ColorXYZa
val u: Double
val v: Double

data class ColorRGBa

ColorRGBa(r: Double, g: Double, b: Double, a: Double = 1.0, linearity: Linearity = Linearity.UNKNOWN)
val BLACK: ColorRGBa
val BLUE: ColorRGBa
enum class Component

B
G
R
a

val GRAY: ColorRGBa
val GREEN: ColorRGBa
val PINK: ColorRGBa
val RED: ColorRGBa
val TRANSPARENT: ColorRGBa
val WHITE: ColorRGBa
val YELLOW: ColorRGBa
val a: Double
val alphaMultiplied: ColorRGBa
val b: Double
fun fromHex(hex: Int): ColorRGBa
fun fromHex(hex: String): ColorRGBa
fun fromVector(vector: Vector3, alpha: Double = 1.0): ColorRGBa
fun fromVector(vector: Vector4): ColorRGBa
val g: Double
operator fun invoke(r: Double = this.r, g: Double = this.g, b: Double = this.b, a: Double = this.a): ColorRGBa
val linearity: Linearity
val maxValue: Double
val minValue: Double
fun opacify(opacity: Double): ColorRGBa
val r: Double
val saturated: ColorRGBa
fun shade(shade: Double): ColorRGBa
fun toHSLa(): ColorHSLa
fun toHSVa(): ColorHSVa
fun toLABa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLABa
fun toLCHABa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLCHABa
fun toLCHUVa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLCHUVa
fun toLUVa(ref: ColorXYZa = ColorXYZa.NEUTRAL): ColorLUVa
fun toLinear(): ColorRGBa
fun toSRGB(): ColorRGBa
fun toXYZa(): ColorXYZa

data class ColorXSLa

ColorXSLa(x: Double, s: Double, l: Double, alpha: Double)
val alpha: Double
fun fromHSLa(hsla: ColorHSLa): ColorXSLa
val l: Double
val s: Double
fun toHSLa(): ColorHSLa
fun toRGBa(): ColorRGBa
val x: Double

data class ColorXSVa

ColorXSVa(x: Double, s: Double, v: Double, alpha: Double = 1.0)
val alpha: Double
fun fromHSVa(hsva: ColorHSVa): ColorXSLa
val s: Double
fun toHSVa(): ColorHSVa
fun toRGBa(): ColorRGBa
val v: Double
val x: Double

data class ColorXYZa

ColorXYZa(x: Double, y: Double, z: Double, a: Double = 1.0)
val NEUTRAL: ColorXYZa
val SO10_A: ColorXYZa
val SO10_C: ColorXYZa
val SO10_D50: ColorXYZa
val SO10_D60: ColorXYZa
val SO10_D65: ColorXYZa
val SO10_D75: ColorXYZa
val SO10_F2: ColorXYZa
val SO10_TL4: ColorXYZa
val SO10_UL3000: ColorXYZa
val SO2_A: ColorXYZa
val SO2_C: ColorXYZa
val SO2_D50: ColorXYZa
val SO2_D60: ColorXYZa
val SO2_D65: ColorXYZa
val SO2_D75: ColorXYZa
val SO2_F2: ColorXYZa
val SO2_TL4: ColorXYZa
val SO2_UL3000: ColorXYZa
val a: Double
fun fromRGBa(rgba: ColorRGBa): ColorXYZa
val minValue: Double
fun toHSLa(): ColorHSLa
fun toHSVa(): ColorHSVa
fun toLABa(ref: ColorXYZa): ColorLABa
fun toLUVa(ref: ColorXYZa): ColorLUVa
fun toRGBa(): ColorRGBa
val x: Double
val y: Double
val z: Double

data class ColorYxya

ColorYxya(yy: Double, x: Double, y: Double, a: Double = 1.0)
val a: Double
fun fromXYZa(xyza: ColorXYZa): ColorYxya
fun toXYZa(): ColorXYZa
val x: Double
val y: Double
val yy: Double

data class Hue

Hue(name: Int, lambda: Double, angle: Double, xbl: Double, ybl: Double, zbl: Double, xl: Double, yl: Double, sl: Double)
val angle: Double
val lambda: Double
val name: Int
val sl: Double
val xbl: Double
val xl: Double
val ybl: Double
val yl: Double
val zbl: Double

enum class Linearity

ASSUMED_LINEAR
ASSUMED_SRGB
LINEAR
SRGB
UNKNOWN

fun findHue(id: Int): Hue?
fun hsl(h: Double, s: Double, l: Double): ColorHSLa
fun hsla(h: Double, s: Double, l: Double, a: Double): ColorHSLa
fun hsv(h: Double, s: Double, v: Double): ColorHSVa
fun hsva(h: Double, s: Double, v: Double, a: Double): ColorHSVa
val hues: List<Hue>
fun main(args: Array<String>): Unit
fun main(): Unit
fun mix(left: ColorHSVa, right: ColorHSVa, x: Double): ColorHSVa
fun mix(left: ColorRGBa, right: ColorRGBa, x: Double): ColorRGBa
fun mix(a: ColorYxya, b: ColorYxya, x: Double): ColorYxya
fun rgb(r: Double, g: Double, b: Double): ColorRGBa
fun rgb(hex: String): ColorRGBa
fun rgba(r: Double, g: Double, b: Double, a: Double): ColorRGBa

package org.openrndr.dialogs

fun openFileDialog(programName: String = "OPENRNDR", contextID: String = "global", function: (File) -> Unit): Unit
fun openFileDialog(programName: String = "OPENRNDR", contextID: String = "global", supportedExtensions: List<String>, function: (File) -> Unit): Unit
fun openFilesDialog(programName: String = "OPENRNDR", contextID: String = "global", supportedExtensions: List<String>, function: (List<File>) -> Unit): Unit
fun openFilesDialog(programName: String = "OPENRNDR", contextID: String = "global", function: (List<File>) -> Unit): Unit
fun openFolderDialog(programName: String = "OPENRNDR", contextID: String = "global", function: (File) -> Unit): Unit
fun saveFileDialog(programName: String = "OPENRNDR", contextID: String = "global", function: (File) -> Unit): Unit
fun saveFileDialog(programName: String = "OPENRNDR", contextID: String = "global", supportedExtensions: List<String>, function: (File) -> Unit): Unit

package org.openrndr.draw

interface ArrayTexture

abstract fun bind(unit: Int): Unit
open val bounds: Rectangle
abstract fun copyTo(layer: Int, target: ColorBuffer, fromLevel: Int = 0, toLevel: Int = 0): Unit
abstract fun copyTo(layer: Int, target: ArrayTexture, targetLayer: Int, fromLevel: Int = 0, toLevel: Int = 0): Unit
abstract fun destroy(): Unit
abstract var filterMag: MagnifyingFilter
abstract var filterMin: MinifyingFilter
abstract var flipV: Boolean
abstract val format: ColorFormat
abstract fun generateMipmaps(): Unit
abstract val height: Int
abstract val layers: Int
abstract val levels: Int
abstract fun read(layer: Int, buffer: ByteBuffer, level: Int = 0): Unit
abstract val session: Session?
abstract val type: ColorType
abstract val width: Int
abstract var wrapU: WrapMode
abstract var wrapV: WrapMode
abstract fun write(layer: Int, buffer: ByteBuffer, sourceFormat: ColorFormat = format, sourceType: ColorType = type, level: Int = 0): Unit

interface AtomicCounterBuffer

fun create(counterCount: Int): AtomicCounterBuffer
abstract fun destroy(): Unit
abstract fun read(): IntArray
abstract fun reset(): Unit
abstract fun write(data: IntArray): Unit

enum class BlendMode

ADD
MULTIPLY
OVER
REPLACE
SUBTRACT

sealed class BufferMultisample

object Disabled : BufferMultisample
data class SampleCount : BufferMultisample

SampleCount(sampleCount: Int)
val sampleCount: Int

interface BufferTexture

abstract fun bind(unit: Int): Unit
fun create(elementCount: Int, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.FLOAT32, session: Session? = Session.active): BufferTexture
abstract fun destroy(): Unit
abstract val elementCount: Int
abstract val format: ColorFormat
open fun put(putter: BufferWriter.() -> Unit): Int
abstract val session: Session?
abstract val shadow: BufferTextureShadow
abstract val type: ColorType

interface BufferTextureShadow

abstract val bufferTexture: BufferTexture
abstract fun destroy(): Unit
abstract fun download(): Unit
abstract fun upload(offset: Int, size: Int): Unit
abstract fun writer(): BufferWriter

interface BufferWriter

abstract var position: Int
abstract var positionElements: Int
abstract fun rewind(): Unit
open fun write(vararg v: Vector3): Unit
abstract fun write(v: Vector3): Unit
abstract fun write(v: Vector2): Unit
abstract fun write(v: Vector4): Unit
abstract fun write(v: Matrix33): Unit
abstract fun write(v: Matrix44): Unit
abstract fun write(v: Float): Unit
abstract fun write(x: Float, y: Float): Unit
abstract fun write(x: Float, y: Float, z: Float): Unit
abstract fun write(x: Float, y: Float, z: Float, w: Float): Unit
abstract fun write(v: ColorRGBa): Unit
abstract fun write(a: FloatArray, offset: Int = 0, size: Int = a.size): Unit

class ChannelMask

ChannelMask(red: Boolean, green: Boolean, blue: Boolean, alpha: Boolean)
val ALL: ChannelMask
const val ALPHA: Int
const val BLUE: Int
const val GREEN: Int
val NONE: ChannelMask
const val RED: Int
val alpha: Boolean
val blue: Boolean
val green: Boolean
val red: Boolean

data class CharacterPair

CharacterPair(left: Char, right: Char)
val left: Char
val right: Char

interface ColorBuffer

abstract var anisotropy: Double
abstract fun bind(unit: Int): Unit
open val bounds: Rectangle
abstract val contentScale: Double
abstract fun copyTo(target: ColorBuffer, fromLevel: Int = 0, toLevel: Int = 0): Unit
abstract fun copyTo(target: ArrayTexture, layer: Int, fromLevel: Int = 0, toLevel: Int = 0): Unit
open fun createEquivalent(width: Int = this.width, height: Int = this.height, contentScale: Double = this.contentScale, format: ColorFormat = this.format, type: ColorType = this.type, multisample: BufferMultisample = this.multisample, levels: Int = this.levels): ColorBuffer
abstract fun destroy(): Unit
open val effectiveHeight: Int
open val effectiveWidth: Int
abstract fun fill(color: ColorRGBa): Unit
open fun filter(filterMin: MinifyingFilter, filterMag: MagnifyingFilter): Unit
abstract var filterMag: MagnifyingFilter
abstract var filterMin: MinifyingFilter
abstract var flipV: Boolean
abstract val format: ColorFormat
fun fromArray(bytes: ByteArray, offset: Int = 0, length: Int = bytes.size, session: Session? = Session.active): ColorBuffer
fun fromBuffer(bytes: ByteBuffer, session: Session? = Session.active): ColorBuffer
fun fromFile(file: File, session: Session? = Session.active): ColorBuffer
fun fromFile(filename: String, session: Session? = Session.active): ColorBuffer
fun fromStream(stream: InputStream, formatHint: String? = null, session: Session? = Session.active): ColorBuffer
fun fromUrl(url: String, session: Session? = Session.active): ColorBuffer
abstract fun generateMipmaps(): Unit
abstract val height: Int
open fun isEquivalentTo(other: ColorBuffer, ignoreMultisample: Boolean = false, ignoreLevels: Boolean = false): Boolean
abstract val levels: Int
abstract val multisample: BufferMultisample
abstract fun read(buffer: ByteBuffer, targetFormat: ColorFormat = format, targetType: ColorType = type, level: Int = 0): Unit
abstract fun resolveTo(target: ColorBuffer, fromLevel: Int = 0, toLevel: Int = 0): Unit
abstract fun saveToFile(file: File, imageFileFormat: ImageFileFormat = ImageFileFormat.guessFromExtension(file), async: Boolean = true): Unit
abstract val session: Session?
abstract val shadow: ColorBufferShadow
abstract fun toDataUrl(imageFileFormat: ImageFileFormat = ImageFileFormat.JPG): String
abstract val type: ColorType
abstract val width: Int
abstract var wrapU: WrapMode
abstract var wrapV: WrapMode
abstract fun write(buffer: ByteBuffer, sourceFormat: ColorFormat = format, sourceType: ColorType = type, level: Int = 0): Unit

data class ColorBufferProxy

ColorBufferProxy(url: String, loader: ColorBufferLoader, persistent: Boolean)
class Events

Events()
val error: Event<ProxyEvent>
val loaded: Event<ProxyEvent>
val retry: Event<ProxyEvent>
val unloaded: Event<ProxyEvent>

class ProxyEvent

ProxyEvent()

enum class State

ERROR
LOADED
NOT_LOADED
QUEUED
RETRY

fun cancel(): Unit
val colorBuffer: ColorBuffer?
val events: Events
val loader: ColorBufferLoader
val persistent: Boolean
fun queue(): Unit
fun retry(): Unit
val state: State
fun touch(): Unit
val url: String

interface ColorBufferShadow

abstract val buffer: ByteBuffer
abstract val colorBuffer: ColorBuffer
abstract fun destroy(): Unit
abstract fun download(): Unit
open fun <T> flatMapIndexed(xrange: IntProgression = 0 until this.colorBuffer.effectiveWidth, yrange: IntProgression = 0 until this.colorBuffer.effectiveHeight, mapper: (x: Int, y: Int, r: Double, g: Double, b: Double, a: Double) -> T): List<T>
open operator fun get(x: Int, y: Int): ColorRGBa
abstract fun mapBoolean(mapper: (r: Double, g: Double, b: Double, a: Double) -> Boolean): Array<BooleanArray>
abstract fun mapDouble(mapper: (r: Double, g: Double, b: Double, a: Double) -> Double): Array<DoubleArray>
abstract fun mapFloat(mapper: (r: Double, g: Double, b: Double, a: Double) -> Float): Array<FloatArray>
abstract fun <T> mapIndexed(xrange: IntProgression = 0 until this.colorBuffer.effectiveWidth, yrange: IntProgression = 0 until this.colorBuffer.effectiveHeight, mapper: (x: Int, y: Int, r: Double, g: Double, b: Double, a: Double) -> T): Array<List<T>>
abstract fun mapInt(mapper: (r: Double, g: Double, b: Double, a: Double) -> Int): Array<IntArray>
abstract fun read(x: Int, y: Int): ColorRGBa
open operator fun set(x: Int, y: Int, c: ColorRGBa): Unit
abstract fun upload(): Unit
abstract fun write(x: Int, y: Int, r: Double, g: Double, b: Double, a: Double): Unit
open fun write(x: Int, y: Int, color: ColorRGBa): Unit
open fun write(x: Int, y: Int, r: Float, g: Float, b: Float, a: Float): Unit
abstract fun writer(): BufferWriter

enum class ColorFormat

BGR
BGRa
R
RG
RGB
RGBa
val componentCount: Int
sRGB
sRGBa

enum class ColorSampling

NORMALIZED
SIGNED_INTEGER
UNSIGNED_INTEGER

enum class ColorType

BPTC_FLOAT
BPTC_UFLOAT
BPTC_UNORM
DXT1
DXT3
DXT5
FLOAT16
FLOAT32
SINT16_INT
SINT8_INT
UINT16
UINT16_INT
UINT8
UINT8_INT
val colorSampling: ColorSampling
val componentSize: Int
val compressed: Boolean

interface ComputeShader

abstract fun buffer(name: String, vertexBuffer: VertexBuffer): Unit
abstract fun counters(bindingIndex: Int, counterBuffer: AtomicCounterBuffer): Unit
abstract fun destroy(): Unit
abstract fun execute(width: Int = 1, height: Int = 1, depth: Int = 1): Unit
fun fromCode(code: String): ComputeShader
fun fromFile(file: File): ComputeShader
abstract fun image(name: String, image: Int, colorBuffer: ColorBuffer, access: ImageAccess = ImageAccess.READ): Unit
abstract fun image(name: String, image: Int, arrayTexture: ArrayTexture, layer: Int, access: ImageAccess = ImageAccess.READ): Unit
abstract fun image(name: String, image: Int, arrayTexture: ArrayTexture, access: ImageAccess = ImageAccess.READ): Unit
abstract fun image(name: String, image: Int, cubemap: Cubemap, access: ImageAccess = ImageAccess.READ): Unit
abstract fun uniform(name: String, value: Matrix33): Unit
abstract fun uniform(name: String, value: Matrix44): Unit
abstract fun uniform(name: String, value: ColorRGBa): Unit
abstract fun uniform(name: String, value: Vector4): Unit
abstract fun uniform(name: String, value: Vector3): Unit
abstract fun uniform(name: String, value: Vector2): Unit
abstract fun uniform(name: String, x: Float, y: Float, z: Float, w: Float): Unit
abstract fun uniform(name: String, x: Float, y: Float, z: Float): Unit
abstract fun uniform(name: String, x: Float, y: Float): Unit
abstract fun uniform(name: String, value: Double): Unit
abstract fun uniform(name: String, value: Float): Unit
abstract fun uniform(name: String, value: Int): Unit
abstract fun uniform(name: String, value: Boolean): Unit
abstract fun uniform(name: String, value: Array<Vector4>): Unit
abstract fun uniform(name: String, value: Array<Vector3>): Unit
abstract fun uniform(name: String, value: Array<Vector2>): Unit
abstract fun uniform(name: String, value: FloatArray): Unit

interface Cubemap

abstract fun bind(textureUnit: Int = 0): Unit
fun create(width: Int, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8, session: Session? = Session.active): Cubemap
abstract fun destroy(): Unit
abstract fun filter(min: MinifyingFilter, mag: MagnifyingFilter): Unit
abstract val format: ColorFormat
fun fromUrl(url: String, session: Session?): Cubemap
fun fromUrls(urls: List<String>, session: Session?): Cubemap
abstract fun generateMipmaps(): Unit
abstract val session: Session?
abstract fun side(side: CubemapSide): ColorBuffer
abstract val type: ColorType
abstract val width: Int

enum class CubemapSide

NEGATIVE_X
NEGATIVE_Y
NEGATIVE_Z
POSITIVE_X
POSITIVE_Y
POSITIVE_Z
val forward: Vector3
val up: Vector3

enum class CullTestPass

ALWAYS
BACK
FRONT
NEVER

interface DepthBuffer

abstract fun bind(textureUnit: Int): Unit
abstract fun copyTo(target: DepthBuffer): Unit
fun create(width: Int, height: Int, format: DepthFormat = DepthFormat.DEPTH24_STENCIL8, multisample: BufferMultisample): DepthBuffer
abstract fun destroy(): Unit
abstract val format: DepthFormat
open val hasStencil: Boolean
abstract val height: Int
abstract val multisample: BufferMultisample
abstract fun resolveTo(target: DepthBuffer): Unit
abstract val session: Session?
abstract val width: Int

enum class DepthFormat

DEPTH16
DEPTH24
DEPTH24_STENCIL8
DEPTH32F
DEPTH32F_STENCIL8

enum class DepthTestPass

ALWAYS
EQUAL
GREATER
GREATER_OR_EQUAL
LESS
LESS_OR_EQUAL
NEVER

data class DrawContext

DrawContext(model: Matrix44, view: Matrix44, projection: Matrix44, width: Int, height: Int, contentScale: Double)
fun applyToShader(shader: Shader): Unit
val contentScale: Double
val height: Int
val model: Matrix44
val projection: Matrix44
val view: Matrix44
val width: Int

enum class DrawPrimitive

LINES
LINE_STRIP
POINTS
TRIANGLES
TRIANGLE_FAN
TRIANGLE_STRIP

enum class DrawQuality

PERFORMANCE
QUALITY

data class DrawStyle

DrawStyle(clip: Rectangle? = null, fill: ColorRGBa? = ColorRGBa.WHITE, stroke: ColorRGBa? = ColorRGBa.BLACK, lineCap: LineCap = LineCap.BUTT, lineJoin: LineJoin = LineJoin.MITER, strokeWeight: Double = 1.0, smooth: Boolean = true, quality: DrawQuality = DrawQuality.QUALITY, depthTestPass: DepthTestPass = DepthTestPass.ALWAYS, depthWrite: Boolean = false, blendMode: BlendMode = BlendMode.OVER, cullTestPass: CullTestPass = CullTestPass.ALWAYS, channelWriteMask: ChannelMask = ChannelMask(red = true, green = true, blue = true, alpha = true), alphaToCoverage: Boolean = false, shadeStyle: ShadeStyle? = null, fontMap: FontMap? = null, kerning: KernMode = KernMode.METRIC, stencil: StencilStyle = StencilStyle(), frontStencil: StencilStyle = stencil, backStencil: StencilStyle = stencil, colorMatrix: Matrix55 = Matrix55.IDENTITY)
var alphaToCoverage: Boolean
fun applyToShader(shader: Shader): Unit
var backStencil: StencilStyle
var blendMode: BlendMode
var channelWriteMask: ChannelMask
var clip: Rectangle?
var colorMatrix: Matrix55
var cullTestPass: CullTestPass
var depthTestPass: DepthTestPass
var depthWrite: Boolean
var fill: ColorRGBa?
var fontMap: FontMap?
var frontStencil: StencilStyle
var kerning: KernMode
var lineCap: LineCap
var lineJoin: LineJoin
var quality: DrawQuality
var shadeStyle: ShadeStyle?
var smooth: Boolean
var stencil: StencilStyle
var stroke: ColorRGBa?
var strokeWeight: Double

interface DrawThread

abstract val dispatcher: CoroutineDispatcher
abstract val drawer: Drawer

class Drawer

Drawer(driver: Driver)
fun background(r: Double, g: Double, b: Double, a: Double): Unit
fun background(color: ColorRGBa): Unit
val bounds: Rectangle
fun circle(x: Double, y: Double, radius: Double): Unit
fun circle(position: Vector2, radius: Double): Unit
fun circle(circle: Circle): Unit
fun circles(positions: List<Vector2>, radius: Double): Unit
fun circles(positions: List<Vector2>, radii: List<Double>): Unit
fun circles(circles: List<Circle>): Unit
fun circles(vertexBuffer: VertexBuffer, count: Int = vertexBuffer.vertexCount): Unit
fun composition(composition: Composition): Unit
val context: DrawContext
fun contour(contour: ShapeContour): Unit
fun contours(contours: List<ShapeContour>): Unit
var cullTestPass: CullTestPass
fun defaults(): Unit
var depthTestPass: DepthTestPass
var depthWrite: Boolean
var drawStyle: DrawStyle
val driver: Driver
var fill: ColorRGBa?
var fontMap: FontMap?
var height: Int
fun image(colorBuffer: ColorBuffer, source: Rectangle, target: Rectangle): Unit
fun image(colorBuffer: ColorBuffer, x: Double, y: Double, width: Double = colorBuffer.width.toDouble(), height: Double = colorBuffer.height.toDouble()): Unit
fun image(colorBuffer: ColorBuffer, position: Vector2, width: Double = colorBuffer.width.toDouble(), height: Double = colorBuffer.height.toDouble()): Unit
fun image(colorBuffer: ColorBuffer): Unit
fun image(colorBuffer: ColorBuffer, rectangles: List<Pair<Rectangle, Rectangle>>): Unit
fun image(arrayTexture: ArrayTexture, layer: Int = 0, x: Double = 0.0, y: Double = 0.0, width: Double = arrayTexture.width.toDouble(), height: Double = arrayTexture.height.toDouble()): Unit
fun image(arrayTexture: ArrayTexture, layer: Int = 0, source: Rectangle, target: Rectangle): Unit
fun image(arrayTexture: ArrayTexture, layers: List<Int>, rectangles: List<Pair<Rectangle, Rectangle>>): Unit
var lineCap: LineCap
var lineJoin: LineJoin
fun lineLoop(points: List<Vector2>): Unit
@JvmName("lineLoop3d") fun lineLoop(points: List<Vector3>): Unit
fun lineLoops(loops: List<List<Vector2>>): Unit
@JvmName("lineLoops3d") fun lineLoops(loops: List<List<Vector3>>): Unit
fun lineLoops(loops: List<List<Vector2>>, weights: List<Double>): Unit
@JvmName("lineLoops3d)") fun lineLoops(loops: List<List<Vector3>>, weights: List<Double>): Unit
fun lineSegment(x0: Double, y0: Double, x1: Double, y1: Double): Unit
fun lineSegment(lineSegment: LineSegment): Unit
fun lineSegment(start: Vector2, end: Vector2): Unit
fun lineSegment(start: Vector3, end: Vector3): Unit
fun lineSegments(segments: List<Vector2>): Unit
fun lineSegments(segments: List<Vector2>, weights: List<Double>): Unit
@JvmName("lineSegments3d") fun lineSegments(segments: List<Vector3>): Unit
@JvmName("lineSegments3d") fun lineSegments(segments: List<Vector3>, weights: List<Double>): Unit
@JvmName("lineSegments3d") fun lineSegments(segments: List<Vector3>, weights: List<Double>, colors: List<ColorRGBa>): Unit
fun lineStrip(points: List<Vector2>): Unit
@JvmName("lineStrip3d") fun lineStrip(points: List<Vector3>): Unit
fun lineStrips(strips: List<List<Vector2>>): Unit
@JvmName("lineStrips3d") fun lineStrips(strips: List<List<Vector3>>): Unit
fun lineStrips(strips: List<List<Vector2>>, weights: List<Double>): Unit
@JvmName("lineStrips3d") fun lineStrips(strips: List<List<Vector3>>, weights: List<Double>): Unit
@JvmName("lineStrips3d") fun lineStrips(strips: List<List<Vector3>>, weights: List<Double>, colors: List<ColorRGBa>): Unit
fun lookAt(from: Vector3, to: Vector3, up: Vector3 = Vector3.UNIT_Y): Unit
var model: Matrix44
fun ortho(renderTarget: RenderTarget): Unit
fun ortho(): Unit
fun ortho(left: Double, right: Double, bottom: Double, top: Double, near: Double, far: Double): Unit
fun path(path: Path3D): Unit
fun perspective(fovY: Double, aspectRatio: Double, zNear: Double, zFar: Double): Unit
fun point(x: Double, y: Double, z: Double = 0.0): Unit
@JvmName("points2D") fun points(points: List<Vector2>): Unit
@JvmName("points3D") fun points(points: List<Vector3>): Unit
fun popModel(): Unit
fun popProjection(): Unit
fun popStyle(): Unit
fun popTransforms(): Unit
fun popView(): Unit
var projection: Matrix44
fun pushModel(): Matrix44
fun pushProjection(): Matrix44
fun pushStyle(): DrawStyle
fun pushTransforms(): Unit
fun pushView(): Matrix44
fun rectangle(rectangle: Rectangle): Unit
fun rectangle(x: Double, y: Double, width: Double, height: Double): Unit
fun rectangle(corner: Vector2, width: Double, height: Double): Unit
fun rectangles(positions: List<Vector2>, width: Double, height: Double): Unit
fun rectangles(positions: List<Vector2>, dimensions: List<Vector2>): Unit
fun rectangles(rectangles: List<Rectangle>): Unit
fun reset(): Unit
fun rotate(rotationInDegrees: Double): Unit
fun rotate(axis: Vector3, rotationInDegrees: Double): Unit
fun scale(s: Double): Unit
fun scale(x: Double, y: Double): Unit
fun scale(x: Double, y: Double, z: Double): Unit
fun segment(segment: Segment): Unit
fun segment(segment: Segment3D): Unit
fun segments(segments: List<Segment3D>): Unit
fun segments(segments: List<Segment3D>, weights: List<Double>, colors: List<ColorRGBa>): Unit
var shadeStyle: ShadeStyle?
fun shape(shape: Shape): Unit
fun shapes(shapes: List<Shape>): Unit
fun size(width: Int, height: Int): Unit
var stroke: ColorRGBa?
var strokeWeight: Double
fun text(text: String, position: Vector2): Unit
fun text(text: String, x: Double = 0.0, y: Double = 0.0): Unit
fun texts(texts: List<String>, positions: List<Vector2>): Unit
fun translate(t: Vector2): Unit
fun translate(t: Vector3): Unit
fun translate(x: Double, y: Double): Unit
fun translate(x: Double, y: Double, z: Double): Unit
fun vertexBuffer(vertexBuffer: VertexBuffer, primitive: DrawPrimitive, vertexOffset: Int = 0, vertexCount: Int = vertexBuffer.vertexCount): Unit
fun vertexBuffer(vertexBuffers: List<VertexBuffer>, primitive: DrawPrimitive, offset: Int = 0, vertexCount: Int = vertexBuffers[0].vertexCount): Unit
fun vertexBuffer(indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, primitive: DrawPrimitive, offset: Int = 0, indexCount: Int = indexBuffer.indexCount): Unit
fun vertexBufferInstances(vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, primitive: DrawPrimitive, instanceCount: Int, offset: Int = 0, vertexCount: Int = vertexBuffers[0].vertexCount): Unit
fun vertexBufferInstances(indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, primitive: DrawPrimitive, instanceCount: Int, offset: Int = 0, indexCount: Int = indexBuffer.indexCount): Unit
var view: Matrix44
var width: Int
fun withTarget(target: RenderTarget, action: Drawer.() -> Unit): Unit

open class Filter

Filter(shader: Shader? = null, watcher: ShaderWatcher? = null)
fun apply(source: RenderTarget, target: RenderTarget): Unit
open fun apply(source: Array<ColorBuffer>, target: Array<ColorBuffer>): Unit
fun apply(source: Array<ColorBuffer>, target: RenderTarget): Unit
fun apply(source: ColorBuffer, target: ColorBuffer): Unit
fun apply(source: ColorBuffer, target: Array<ColorBuffer>): Unit
fun apply(source: Array<ColorBuffer>, target: ColorBuffer): Unit
var depthBufferOut: DepthBuffer?
val filterVertexCode: String
protected val format: VertexFormat
var padding: Int
val parameters: MutableMap<String, Any>
fun untrack(): Unit

class FontImageMap : FontMap

FontImageMap(texture: ColorBuffer, map: Map<Char, IntRectangle>, glyphMetrics: Map<Char, GlyphMetrics>, size: Double, contentScale: Double, ascenderLength: Double, descenderLength: Double, height: Double, leading: Double, name: String)
val ascenderLength: Double
fun characterWidth(character: Char): Double
val contentScale: Double
val descenderLength: Double
fun fromFile(file: String, size: Double, contentScale: Double = 1.0): FontImageMap
fun fromUrl(fontUrl: String, size: Double, contentScale: Double = 1.0): FontImageMap
val glyphMetrics: Map<Char, GlyphMetrics>
val height: Double
fun kerning(left: Char, right: Char): Double
val kerningTable: MutableMap<CharacterPair, Double>
val leading: Double
val map: Map<Char, IntRectangle>
val name: String
val size: Double
val texture: ColorBuffer

data class FontImageMapDescriptor

FontImageMapDescriptor(fontUrl: String, size: Double, contentScale: Double)
val contentScale: Double
val fontUrl: String
val size: Double

abstract class FontMap

FontMap()
abstract val ascenderLength: Double
abstract val descenderLength: Double
abstract val height: Double
abstract val leading: Double
abstract val name: String
abstract val size: Double

abstract class FontVectorMap : FontMap

FontVectorMap()
fun fromUrl(fontUrl: String, size: Double): FontImageMap

class GlyphMetrics

GlyphMetrics(advanceWidth: Double, leftSideBearing: Double, xBitmapShift: Double, yBitmapShift: Double)
val advanceWidth: Double
val leftSideBearing: Double
val xBitmapShift: Double
val yBitmapShift: Double

enum class ImageAccess

READ
READ_WRITE
WRITE

enum class ImageFileFormat

EXR
JPG
PNG
val extensions: List<String>
fun guessFromExtension(file: File): ImageFileFormat
val mimeType: String

interface IndexBuffer

fun createDynamic(elementCount: Int, type: IndexType): IndexBuffer
abstract fun destroy(): Unit
abstract val indexCount: Int
abstract fun read(data: ByteBuffer, offset: Int = 0): Unit
abstract val type: IndexType
abstract fun write(data: ByteBuffer, offset: Int = 0): Unit

enum class IndexType

INT16
INT32
val sizeInBytes: Int

enum class KernMode

DISABLED
METRIC

enum class LineCap

BUTT
ROUND
SQUARE

enum class LineJoin

BEVEL
MITER
ROUND

enum class MagnifyingFilter

LINEAR
NEAREST

enum class MinifyingFilter

LINEAR
LINEAR_MIPMAP_LINEAR
LINEAR_MIPMAP_NEAREST
NEAREST
NEAREST_MIPMAP_LINEAR
NEAREST_MIPMAP_NEAREST

interface ProgramRenderTarget : RenderTarget

open val height: Int
abstract val program: Program
open val width: Int

interface RenderTarget

val active: RenderTarget
abstract fun attach(name: String, colorBuffer: ColorBuffer, level: Int = 0): Unit
abstract fun attach(colorBuffer: ColorBuffer, level: Int = 0): Unit
abstract fun attach(depthBuffer: DepthBuffer): Unit
abstract fun attach(name: String, arrayTexture: ArrayTexture, layer: Int, level: Int = 0): Unit
abstract fun attach(arrayTexture: ArrayTexture, layer: Int, level: Int = 0): Unit
abstract fun bind(): Unit
abstract fun blendMode(index: Int, blendMode: BlendMode): Unit
abstract fun clearColor(index: Int, color: ColorRGBa): Unit
abstract fun clearDepth(depth: Double = 1.0, stencil: Int = 0): Unit
abstract fun colorBuffer(index: Int): ColorBuffer
abstract fun colorBuffer(name: String): ColorBuffer
abstract fun colorBufferIndex(name: String): Int
abstract val colorBuffers: List<ColorBuffer>
abstract val contentScale: Double
abstract val depthBuffer: DepthBuffer?
abstract fun destroy(): Unit
abstract fun detachColorBuffers(): Unit
abstract fun detachDepthBuffer(): Unit
open val effectiveHeight: Int
open val effectiveWidth: Int
abstract val hasColorBuffer: Boolean
abstract val hasDepthBuffer: Boolean
abstract val height: Int
abstract val multisample: BufferMultisample
open fun resolveTo(to: RenderTarget): Unit
abstract val session: Session?
abstract fun unbind(): Unit
abstract val width: Int

class RenderTargetBuilder

RenderTargetBuilder(renderTarget: RenderTarget)
fun arrayTexture(arrayTexture: ArrayTexture, layer: Int, level: Int = 0): Unit
fun colorBuffer(width: Int, height: Int, contentScale: Double = 1.0, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8, multisample: BufferMultisample): Nothing
fun colorBuffer(colorBuffer: ColorBuffer, level: Int = 0): Unit
fun colorBuffer(name: String, colorBuffer: ColorBuffer, level: Int = 0): Unit
fun colorBuffer(name: String, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8): Unit
fun colorBuffer(format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8): Unit
fun colorBuffer(name: String, arrayTexture: ArrayTexture, layer: Int, level: Int = 0): Unit
fun depthBuffer(format: DepthFormat = DepthFormat.DEPTH24_STENCIL8): Unit
fun depthBuffer(depthBuffer: DepthBuffer): Unit

class Session

Session(parent: Session?)
val active: Session
val context: Long
fun end(): Unit
fun endActive(): Unit
fun fork(): Session
val parent: Session?
val root: Session
val stack: Stack<Session>
val statistics: SessionStatistics
fun track(renderTarget: RenderTarget): Boolean
fun track(colorBuffer: ColorBuffer): Boolean
fun track(depthBuffer: DepthBuffer): Boolean
fun track(vertexBuffer: VertexBuffer): Boolean
fun track(indexBuffer: IndexBuffer): Boolean
fun track(shader: Shader): Boolean
fun track(computeShader: ComputeShader): Boolean
fun track(cubemap: Cubemap): Boolean
fun track(bufferTexture: BufferTexture): Boolean
fun track(arrayTexture: ArrayTexture): Boolean
fun track(atomicCounterBuffer: AtomicCounterBuffer): Boolean
fun untrack(renderTarget: RenderTarget): Boolean
fun untrack(colorBuffer: ColorBuffer): Boolean
fun untrack(depthBuffer: DepthBuffer): Boolean
fun untrack(vertexBuffer: VertexBuffer): Boolean
fun untrack(indexBuffer: IndexBuffer): Boolean
fun untrack(shader: Shader): Boolean
fun untrack(computeShader: ComputeShader): Boolean
fun untrack(cubemap: Cubemap): Boolean
fun untrack(bufferTexture: BufferTexture): Boolean
fun untrack(arrayTexture: ArrayTexture): Boolean
fun untrack(atomicCounterBuffer: AtomicCounterBuffer): Boolean

class SessionStatistics

SessionStatistics(renderTargets: Int, colorBuffers: Int, depthBuffers: Int, bufferTextures: Int, indexBuffers: Int, vertexBuffers: Int, shaders: Int, cubemaps: Int, arrayTextures: Int, computeShaders: Int, atomicCounterBuffers: Int)
val arrayTextures: Int
val atomicCounterBuffers: Int
val bufferTextures: Int
val colorBuffers: Int
val computeShaders: Int
val cubemaps: Int
val depthBuffers: Int
val indexBuffers: Int
val renderTargets: Int
val shaders: Int
val vertexBuffers: Int

data class ShadeStructure

ShadeStructure(uniforms: String? = null, attributes: String? = null, vertexTransform: String? = null, fragmentTransform: String? = null, vertexPreamble: String? = null, fragmentPreamble: String? = null, outputs: String? = null, varyingOut: String? = null, varyingIn: String? = null, varyingBridge: String? = null, suppressDefaultOutput: Boolean = false)
var attributes: String?
var fragmentPreamble: String?
var fragmentTransform: String?
var outputs: String?
var suppressDefaultOutput: Boolean
var uniforms: String?
var varyingBridge: String?
var varyingIn: String?
var varyingOut: String?
var vertexPreamble: String?
var vertexTransform: String?

open class ShadeStyle

ShadeStyle()
ShadeStyle(other: ShadeStyle)
inner class Parameter<R : Any> : ReadWriteProperty<ShadeStyle, R>

Parameter()
fun getValue(thisRef: ShadeStyle, property: KProperty<*>): R
fun setValue(thisRef: ShadeStyle, property: KProperty<*>, value: R): Unit

var attributes: MutableList<VertexBuffer>
fun attributes(attributesBuffer: VertexBuffer): Unit
var fragmentPreamble: String?
var fragmentTransform: String?
fun output(name: String, slot: Int): Unit
var outputs: MutableMap<String, Int>
fun parameter(name: String, value: Cubemap): Unit
fun parameter(name: String, value: Int): Unit
fun parameter(name: String, value: Matrix33): Unit
fun parameter(name: String, value: Matrix44): Unit
fun parameter(name: String, value: Float): Unit
fun parameter(name: String, value: Double): Unit
fun parameter(name: String, value: Vector2): Unit
fun parameter(name: String, value: Vector3): Unit
fun parameter(name: String, value: Vector4): Unit
fun parameter(name: String, value: ColorRGBa): Unit
fun parameter(name: String, value: ColorBuffer): Unit
fun parameter(name: String, value: DepthBuffer): Unit
fun parameter(name: String, value: ArrayTexture): Unit
fun parameter(name: String, value: BufferTexture): Unit
var parameterValues: MutableMap<String, Any>
var parameters: MutableMap<String, String>
operator fun plus(other: ShadeStyle): ShadeStyle
var suppressDefaultOutput: Boolean
var vertexPreamble: String?
var vertexTransform: String?

class ShadeStyleFilter : Filter

ShadeStyleFilter(shadeStyle: ShadeStyle)
fun apply(source: Array<ColorBuffer>, target: Array<ColorBuffer>): Unit
var fill: ColorRGBa
val shadeStyle: ShadeStyle
val shader: Shader

abstract class ShadeStyleManager

ShadeStyleManager()
fun fromGenerators(vertexShaderGenerator: (ShadeStructure) -> String, fragmentShaderGenerator: (ShadeStructure) -> String): ShadeStyleManager
abstract fun shader(style: ShadeStyle?, vertexFormats: List<VertexFormat>, instanceFormats: List<VertexFormat> = emptyList()): Shader
fun shader(style: ShadeStyle?, format: VertexFormat): Shader

interface Shader

abstract fun begin(): Unit
abstract fun block(blockName: String, block: UniformBlock): Unit
abstract fun blockLayout(blockName: String): UniformBlockLayout?
abstract fun createBlock(blockName: String): UniformBlock
fun createFromCode(vsCode: String, fsCode: String, session: Session? = Session.active): Shader
fun createFromUrls(vsUrl: String, fsUrl: String, session: Session? = Session.active): Shader
abstract fun destroy(): Unit
abstract fun end(): Unit
abstract fun hasUniform(name: String): Boolean
abstract val session: Session?
abstract fun uniform(name: String, value: Matrix33): Unit
abstract fun uniform(name: String, value: Matrix44): Unit
abstract fun uniform(name: String, value: ColorRGBa): Unit
abstract fun uniform(name: String, value: Vector4): Unit
abstract fun uniform(name: String, value: Vector3): Unit
abstract fun uniform(name: String, value: Vector2): Unit
abstract fun uniform(name: String, x: Float, y: Float, z: Float, w: Float): Unit
abstract fun uniform(name: String, x: Float, y: Float, z: Float): Unit
abstract fun uniform(name: String, x: Float, y: Float): Unit
abstract fun uniform(name: String, value: Double): Unit
abstract fun uniform(name: String, value: Float): Unit
abstract fun uniform(name: String, value: Int): Unit
abstract fun uniform(name: String, value: Boolean): Unit
abstract fun uniform(name: String, value: Array<Vector4>): Unit
abstract fun uniform(name: String, value: Array<Vector3>): Unit
abstract fun uniform(name: String, value: Array<Vector2>): Unit
abstract fun uniform(name: String, value: FloatArray): Unit

class ShaderWatcher

var currentShader: Shader
fun fromUrls(vsCode: String? = null, vsUrl: String? = null, fsCode: String? = null, fsUrl: String? = null): ShaderWatcher
val fsCode: String?
val fsUrl: String?
val shader: Shader?
val vsCode: String?
val vsUrl: String?

class ShaderWatcherBuilder

ShaderWatcherBuilder()
fun build(): ShaderWatcher
var fragmentShaderCode: String?
var fragmentShaderUrl: String?
var vertexShaderCode: String?
var vertexShaderUrl: String?

enum class StencilOperation

DECREASE
DECREASE_WRAP
INCREASE
INCREASE_WRAP
INVERT
KEEP
REPLACE
ZERO

class StencilStyle

StencilStyle()
var depthFailOperation: StencilOperation
var depthPassOperation: StencilOperation
var stencilFailOperation: StencilOperation
fun stencilFunc(stencilTest: StencilTest, ref: Int, mask: Int): Unit
fun stencilOp(stencilFail: StencilOperation, depthTestFail: StencilOperation, depthTestPass: StencilOperation): Unit
var stencilTest: StencilTest
var stencilTestMask: Int
var stencilTestReference: Int
var stencilWriteMask: Int

enum class StencilTest

ALWAYS
DISABLED
EQUAL
GREATER
GREATER_OR_EQUAL
LESS
LESS_OR_EQUAL
NEVER
NOT_EQUAL

interface UniformBlock

abstract val dirty: Boolean
abstract val layout: UniformBlockLayout
abstract fun uniform(name: String, value: Float): Unit
abstract fun uniform(name: String, value: Vector2): Unit
abstract fun uniform(name: String, value: Vector3): Unit
abstract fun uniform(name: String, value: Vector4): Unit
abstract fun uniform(name: String, value: ColorRGBa): Unit
abstract fun uniform(name: String, value: Matrix44): Unit
abstract fun uniform(name: String, value: Matrix55): Unit
abstract fun uniform(name: String, value: Array<Float>): Unit
abstract fun uniform(name: String, value: Array<Vector2>): Unit
abstract fun uniform(name: String, value: Array<Vector3>): Unit
abstract fun uniform(name: String, value: Array<Vector4>): Unit
abstract fun upload(): Unit

data class UniformBlockLayout

UniformBlockLayout(sizeInBytes: Int, entries: Map<String, UniformDescription>)
val entries: Map<String, UniformDescription>
val sizeInBytes: Int

data class UniformDescription

UniformDescription(name: String, type: UniformType, size: Int, offset: Int, stride: Int)
val name: String
val offset: Int
val size: Int
val stride: Int
val type: UniformType

enum class UniformType

COLOR_BUFFER_SAMPLER
FLOAT32
INT32
MATRIX22_FLOAT32
MATRIX33_FLOAT32
MATRIX44_FLOAT32
VECTOR2_FLOAT32
VECTOR2_INT32
VECTOR3_FLOAT32
VECTOR3_INT32
VECTOR4_FLOAT32
VECTOR4_INT32
val sizeInBytes: Int

interface VertexBuffer

fun createDynamic(format: VertexFormat, vertexCount: Int, session: Session? = Session.active): VertexBuffer
fun createFromFloats(format: VertexFormat, data: FloatArray, session: Session?): VertexBuffer
abstract fun destroy(): Unit
open fun put(putter: BufferWriter.() -> Unit): Int
abstract fun read(data: ByteBuffer, offset: Int = 0): Unit
abstract val session: Session?
abstract val shadow: VertexBufferShadow
abstract val vertexCount: Int
abstract val vertexFormat: VertexFormat
abstract fun write(data: ByteBuffer, offset: Int = 0): Unit

interface VertexBufferShadow

abstract fun destroy(): Unit
abstract fun download(): Unit
abstract fun upload(offset: Int = 0, size: Int = vertexBuffer.vertexCount * vertexBuffer.vertexFormat.size): Unit
open fun uploadElements(elementOffset: Int = 0, elementCount: Int = vertexBuffer.vertexCount): Unit
abstract val vertexBuffer: VertexBuffer
abstract fun writer(): BufferWriter

data class VertexElement

VertexElement(attribute: String, offset: Int, type: VertexElementType, arraySize: Int)
val arraySize: Int
val attribute: String
val offset: Int
val type: VertexElementType

enum class VertexElementType

FLOAT32
MATRIX22_FLOAT32
MATRIX33_FLOAT32
MATRIX44_FLOAT32
VECTOR2_FLOAT32
VECTOR3_FLOAT32
VECTOR4_FLOAT32
val componentCount: Int
val sizeInBytes: Int

class VertexFormat

fun attribute(name: String, type: VertexElementType, arraySize: Int = 1): Unit
fun color(dimensions: Int): Unit
var items: MutableList<VertexElement>
fun normal(dimensions: Int): Unit
fun position(dimensions: Int): Unit
val size: Int
fun textureCoordinate(dimensions: Int = 2, index: Int = 0): Unit
fun toString(): String

enum class WrapMode

CLAMP_TO_EDGE
MIRRORED_REPEAT
REPEAT

fun arrayTexture(width: Int, height: Int, layers: Int, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8, levels: Int = 1, session: Session = Session.active): ArrayTexture
fun bufferTexture(elementCount: Int, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.FLOAT32, session: Session? = Session.active): BufferTexture
fun codeFromStream(stream: InputStream): String
fun codeFromURL(url: URL): String
fun codeFromURL(url: String): String
fun colorBuffer(width: Int, height: Int, contentScale: Double = 1.0, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8, multisample: BufferMultisample = BufferMultisample.Disabled, levels: Int = 1, session: Session? = Session.active): ColorBuffer
fun constant(color: ColorRGBa, ignoreAlpha: Boolean = true): Matrix55
fun cubemap(width: Int, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.UINT8, session: Session?): Cubemap
fun depthBuffer(width: Int, height: Int, format: DepthFormat = DepthFormat.DEPTH24_STENCIL8, multisample: BufferMultisample): DepthBuffer
fun drawThread(): DrawThread
fun filterShaderFromCode(fragmentShaderCode: String): Shader
fun filterShaderFromUrl(url: String): Shader
fun filterWatcherFromUrl(url: String): ShaderWatcher
fun grayscale(r: Double = 0.33, g: Double = 0.33, b: Double = 0.33): Matrix55
fun indexBuffer(elementCount: Int, type: IndexType): IndexBuffer
val invert: Matrix55
fun Drawer.isolated(function: Drawer.() -> Unit): Unit
fun Drawer.isolatedWithTarget(target: RenderTarget, function: Drawer.() -> Unit): Unit
fun DrawThread.launch(context: CoroutineContext = this.dispatcher, start: CoroutineStart = CoroutineStart.DEFAULT, block: suspend CoroutineScope.() -> Unit): Job
fun Program.loadFont(fileOrUrl: String, size: Double, contentScale: Double = this.drawer.context.contentScale): FontImageMap
fun loadFont(fileOrUrl: String, size: Double, contentScale: Double = 1.0): FontImageMap
fun loadImage(fileOrUrl: String, session: Session? = Session.active): ColorBuffer
fun loadImage(file: File, session: Session? = Session.active): ColorBuffer
fun loadImage(url: URL, session: Session? = Session.active): ColorBuffer
fun <T> persistent(builder: () -> T): T
fun renderTarget(width: Int, height: Int, contentScale: Double = 1.0, multisample: BufferMultisample = BufferMultisample.Disabled, session: Session? = Session.active, builder: RenderTargetBuilder.() -> Unit): RenderTarget
fun session(code: () -> Unit): Unit
fun shadeStyle(builder: ShadeStyle.() -> Unit): ShadeStyle
fun shaderWatcher(init: ShaderWatcherBuilder.() -> Unit): ShaderWatcher
fun tint(color: ColorRGBa): Matrix55
fun vertexBuffer(vertexFormat: VertexFormat, vertexCount: Int, session: Session? = Session.active): VertexBuffer
fun vertexFormat(builder: VertexFormat.() -> Unit): VertexFormat

package org.openrndr.events

class Event<T>

Event()
Event(name: String)
@FunctionalInterface interface Filter<T1>

abstract fun filter(v1: T1): Boolean

@FunctionalInterface interface Map<T1, R1>

abstract fun map(v1: T1): R1

fun deliver(): Unit
fun filter(filter: (T) -> Boolean): Event<T>
protected fun internalTrigger(): Unit
fun listen(listener: (T) -> Unit): Event<T>
fun listen(listener: Event<T>): Event<T>
fun listenOnce(listener: (T) -> Unit): Event<T>
fun listenOnce(listener: Event<T>): Event<T>
val listeners: ArrayList<(T) -> Unit>
fun name(name: String): Event<T>
fun name(): String
fun postpone(postpone: Boolean): Event<T>
fun signature(): Array<Class<*>>
fun signature(t1: Class<T>): Event<T>
fun sinceLastTrigger(): Duration
fun trigger(v1: T): Event<T>
fun triggerCount(): Long

package org.openrndr.exceptions

fun findUserCause(throwable: Throwable): Unit
fun installUncaughtExceptionHandler(): Unit

package org.openrndr.extensions

open class Screenshots : Extension

Screenshots()
open fun afterDraw(drawer: Drawer, program: Program): Unit
var async: Boolean
open fun beforeDraw(drawer: Drawer, program: Program): Unit
open var enabled: Boolean
var folder: String?
var key: String
var multisample: BufferMultisample
var quitAfterScreenshot: Boolean
var scale: Double
open fun setup(program: Program): Unit

class SingleScreenshot : Screenshots

SingleScreenshot()
var outputFile: String
fun setup(program: Program): Unit

package org.openrndr.ffmpeg

class FrameEvent

FrameEvent(frame: ColorBuffer, timeStamp: Double)
val frame: ColorBuffer
val timeStamp: Double

class MP4Profile : VideoWriterProfile

MP4Profile()
enum class WriterMode

Lossless
Normal

fun arguments(): Array<String>
fun constantRateFactor(constantRateFactor: Int): MP4Profile
var highPrecisionChroma: Boolean
fun mode(mode: WriterMode): MP4Profile

enum class PlayMode

AUDIO
BOTH
VIDEO
val useAudio: Boolean
val useVideo: Boolean

class ScreenRecorder : Extension

ScreenRecorder()
fun afterDraw(drawer: Drawer, program: Program): Unit
fun beforeDraw(drawer: Drawer, program: Program): Unit
var contentScale: Double
var enabled: Boolean
var frameClock: Boolean
var frameRate: Int
var maximumDuration: Double
var maximumFrames: Long
var multisample: BufferMultisample
var outputFile: String?
var profile: VideoWriterProfile
var quitAfterMaximum: Boolean
fun setup(program: Program): Unit
var timeOffset: Double

enum class State

DISPOSED
INITIALIZE
PAUSED
PLAYING
STOPPED
inline fun transition(from: State, to: State, block: () -> Unit): State
inline fun transition(from: Set<State>, to: State, block: () -> Unit): State

class VideoEvent

VideoEvent()

class VideoPlayerConfiguration

VideoPlayerConfiguration()
var allowArbitrarySeek: Boolean
var allowFrameSkipping: Boolean
var displayQueueSize: Int
var legacyStreamOpen: Boolean
var maximumSeekOffset: Double
var minimumSeekOffset: Double
var packetQueueSize: Int
var packetTimeout: Double
var realtimeBufferSize: Long
var useHardwareDecoding: Boolean
var usePacketReaderThread: Boolean
var videoFrameQueueSize: Int

class VideoPlayerFFMPEG

var audioGain: Double
var colorBuffer: ColorBuffer?
fun defaultDevice(): String
fun dispose(): Unit
fun draw(drawer: Drawer, blind: Boolean = false, update: Boolean = true): Unit
fun draw(drawer: Drawer, x: Double = 0.0, y: Double = 0.0, width: Double = this.width.toDouble(), height: Double = this.height.toDouble(), blind: Boolean = false, update: Boolean = true): Unit
fun draw(drawer: Drawer, source: Rectangle, target: Rectangle, blind: Boolean = false, update: Boolean = true): Unit
val ended: Event<VideoEvent>
fun fromDevice(deviceName: String = defaultDevice(), mode: PlayMode = PlayMode.VIDEO, frameRate: Double? = null, imageWidth: Int? = null, imageHeight: Int? = null, configuration: VideoPlayerConfiguration = VideoPlayerConfiguration()): VideoPlayerFFMPEG
fun fromFile(fileName: String, mode: PlayMode = PlayMode.BOTH, configuration: VideoPlayerConfiguration = VideoPlayerConfiguration(), clock: () -> Double = { System.currentTimeMillis() / 1000.0 }): VideoPlayerFFMPEG
val height: Int
fun listDeviceNames(): List<String>
val newFrame: Event<FrameEvent>
fun pause(): Unit
fun play(): Unit
fun restart(): Unit
fun resume(): Unit
fun seek(positionInSeconds: Double): Unit
val statistics: VideoStatistics
val width: Int

class VideoStatistics

VideoStatistics()
var packetQueueSize: Int
var videoBytesReceived: Long
var videoDecodeDuration: Long
var videoFrameErrors: Long
var videoFramesDecoded: Long
var videoLastFrame: Long
var videoQueueSize: Int

class VideoWriter

VideoWriter()
fun create(): VideoWriter
fun frame(frame: ColorBuffer): VideoWriter
fun frameRate(frameRate: Int): VideoWriter
fun height(): Int
var inputFormat: String
fun output(filename: String): VideoWriter
fun profile(profile: VideoWriterProfile): VideoWriter
fun size(width: Int, height: Int): VideoWriter
fun start(): VideoWriter
fun stop(): VideoWriter
fun width(): Int

abstract class VideoWriterProfile

VideoWriterProfile()
abstract fun arguments(): Array<String>

class X265Profile : VideoWriterProfile

X265Profile()
enum class WriterMode

Lossless
Normal

fun arguments(): Array<String>
fun constantRateFactor(constantRateFactor: Int): X265Profile
var hlg: Boolean
fun mode(mode: WriterMode): X265Profile

fun Program.loadVideo(fileOrUrl: String, mode: PlayMode = PlayMode.BOTH, configuration: VideoPlayerConfiguration = VideoPlayerConfiguration()): VideoPlayerFFMPEG
fun loadVideoDevice(deviceName: String = VideoPlayerFFMPEG.defaultDevice(), mode: PlayMode = PlayMode.VIDEO, width: Int? = null, height: Int? = null, frameRate: Double? = null, configuration: VideoPlayerConfiguration = VideoPlayerConfiguration()): VideoPlayerFFMPEG

package org.openrndr.filter.color

class Delinearize : Filter

Delinearize()

class HybridLogGamma : Filter

HybridLogGamma()

class Linearize : Filter

Linearize()

val delinearize: Delinearize
val hybridLogGamma: HybridLogGamma
val linearize: Linearize

package org.openrndr.internal

class CharacterRectangle

CharacterRectangle(character: Char, x: Double, y: Double, width: Double, height: Double)
val character: Char
val height: Double
val width: Double
val x: Double
val y: Double

class CircleDrawer

CircleDrawer()
fun drawCircle(drawContext: DrawContext, drawStyle: DrawStyle, x: Double, y: Double, radius: Double): Unit
fun drawCircles(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector2>, radii: List<Double>): Unit
fun drawCircles(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector2>, radius: Double): Unit
fun drawCircles(drawContext: DrawContext, drawStyle: DrawStyle, circles: List<Circle>): Unit
fun drawCircles(drawContext: DrawContext, drawStyle: DrawStyle, instanceAttributes: VertexBuffer, count: Int): Unit

class ColorBufferLoader

ColorBufferLoader()
fun cancel(proxy: ColorBufferProxy): Unit
fun create(): ColorBufferLoader
fun loadFromUrl(url: String, persistent: Boolean = false): ColorBufferProxy
fun queue(colorBufferProxy: ColorBufferProxy): Unit

interface Driver

abstract val activeRenderTarget: RenderTarget
abstract fun clear(r: Double, g: Double, b: Double, a: Double): Unit
open fun clear(color: ColorRGBa): Unit
abstract val contextID: Long
abstract fun createArrayTexture(width: Int, height: Int, layers: Int, format: ColorFormat, type: ColorType, levels: Int = 1, session: Session? = Session.active): ArrayTexture
abstract fun createAtomicCounterBuffer(counterCount: Int, session: Session? = Session.active): AtomicCounterBuffer
abstract fun createBufferTexture(elementCount: Int, format: ColorFormat, type: ColorType, session: Session? = Session.active): BufferTexture
abstract fun createColorBuffer(width: Int, height: Int, contentScale: Double, format: ColorFormat, type: ColorType, multisample: BufferMultisample = BufferMultisample.Disabled, levels: Int = 1, session: Session? = Session.active): ColorBuffer
abstract fun createColorBufferFromArray(array: ByteArray, offset: Int = 0, length: Int = 0, name: String? = null, formatHint: ImageFileFormat? = null, session: Session? = Session.active): ColorBuffer
abstract fun createColorBufferFromBuffer(buffer: ByteBuffer, name: String? = null, formatHint: ImageFileFormat? = null, session: Session? = Session.active): ColorBuffer
abstract fun createColorBufferFromFile(filename: String, session: Session? = Session.active): ColorBuffer
abstract fun createColorBufferFromStream(stream: InputStream, name: String? = null, formatHint: ImageFileFormat? = null, session: Session? = Session.active): ColorBuffer
abstract fun createColorBufferFromUrl(url: String, session: Session? = Session.active): ColorBuffer
abstract fun createComputeShader(code: String, session: Session? = Session.active): ComputeShader
abstract fun createCubemap(width: Int, format: ColorFormat, type: ColorType, session: Session? = Session.active): Cubemap
abstract fun createCubemapFromUrls(urls: List<String>, session: Session? = Session.active): Cubemap
abstract fun createDepthBuffer(width: Int, height: Int, format: DepthFormat, multisample: BufferMultisample = BufferMultisample.Disabled, session: Session? = Session.active): DepthBuffer
abstract fun createDrawThread(session: Session? = Session.active): DrawThread
abstract fun createDynamicIndexBuffer(elementCount: Int, type: IndexType, session: Session? = Session.active): IndexBuffer
abstract fun createDynamicVertexBuffer(format: VertexFormat, vertexCount: Int, session: Session? = Session.active): VertexBuffer
abstract fun createRenderTarget(width: Int, height: Int, contentScale: Double = 1.0, multisample: BufferMultisample = BufferMultisample.Disabled, session: Session? = Session.active): RenderTarget
abstract fun createResourceThread(session: Session? = Session.active, f: () -> Unit): ResourceThread
abstract fun createShadeStyleManager(vertexShaderGenerator: (ShadeStructure) -> String, fragmentShaderGenerator: (ShadeStructure) -> String, session: Session? = Session.root): ShadeStyleManager
abstract fun createShader(vsCode: String, fsCode: String, session: Session? = Session.active): Shader
abstract fun createStaticVertexBuffer(format: VertexFormat, buffer: Buffer, session: Session? = Session.active): VertexBuffer
abstract fun drawIndexedInstances(shader: Shader, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, drawPrimitive: DrawPrimitive, indexOffset: Int, indexCount: Int, instanceCount: Int): Unit
abstract fun drawIndexedVertexBuffer(shader: Shader, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, drawPrimitive: DrawPrimitive, indexOffset: Int, indexCount: Int): Unit
abstract fun drawInstances(shader: Shader, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, drawPrimitive: DrawPrimitive, vertexOffset: Int, vertexCount: Int, instanceCount: Int): Unit
abstract fun drawVertexBuffer(shader: Shader, vertexBuffers: List<VertexBuffer>, drawPrimitive: DrawPrimitive, vertexOffset: Int, vertexCount: Int): Unit
lateinit var driver: Driver
abstract fun finish(): Unit
abstract val fontImageMapManager: FontMapManager
abstract val fontVectorMapManager: FontMapManager
val instance: Driver
abstract fun internalShaderResource(resourceId: String): String
abstract fun setState(drawStyle: DrawStyle): Unit
abstract val shaderGenerators: ShaderGenerators

class FontImageMapDrawer

FontImageMapDrawer()
fun drawText(context: DrawContext, drawStyle: DrawStyle, text: String, x: Double, y: Double): Unit
fun drawTexts(context: DrawContext, drawStyle: DrawStyle, texts: List<String>, positions: List<Vector2>): Unit
fun flush(context: DrawContext, drawStyle: DrawStyle): Unit
fun queueText(fontMap: FontMap, text: String, x: Double, y: Double, tracking: Double = 0.0, kerning: KernMode = KernMode.METRIC): Unit
var queuedInstances: Int

abstract class FontMapManager

FontMapManager()
abstract fun fontMapFromUrl(url: String, size: Double, contentScale: Double = 1.0): FontImageMap

class ImageDrawer

ImageDrawer()
fun drawImage(drawContext: DrawContext, drawStyle: DrawStyle, colorBuffer: ColorBuffer, rectangles: List<Pair<Rectangle, Rectangle>>): Unit
fun drawImage(drawContext: DrawContext, drawStyle: DrawStyle, arrayTexture: ArrayTexture, layers: List<Int>, rectangles: List<Pair<Rectangle, Rectangle>>): Unit
fun drawImage(drawContext: DrawContext, drawStyle: DrawStyle, colorBuffer: ColorBuffer, x: Double, y: Double, width: Double, height: Double): Unit
fun drawImage(drawContext: DrawContext, drawStyle: DrawStyle, arrayTexture: ArrayTexture, layer: Int, x: Double, y: Double, width: Double, height: Double): Unit

class MeshLineDrawer

MeshLineDrawer()
fun drawLineLoops(drawContext: DrawContext, drawStyle: DrawStyle, loops: List<List<Vector3>>, weights: List<Double> = emptyList()): Unit
fun drawLineSegments(drawContext: DrawContext, drawStyle: DrawStyle, segments: List<Vector3>, weights: List<Double> = emptyList(), colors: List<ColorRGBa> = emptyList()): Unit
fun drawLineStrips(drawContext: DrawContext, drawStyle: DrawStyle, strips: List<List<Vector3>>, weights: List<Double> = emptyList(), colors: List<ColorRGBa> = emptyList()): Unit

class PerformanceLineDrawer

PerformanceLineDrawer()
fun drawLineLoops(drawContext: DrawContext, drawStyle: DrawStyle, loops: Iterable<List<Vector2>>): Unit
@JvmName("drawLineLoops3d") fun drawLineLoops(drawContext: DrawContext, drawStyle: DrawStyle, loops: Iterable<List<Vector3>>): Unit
@JvmName("drawLineSegments3d") fun drawLineSegments(drawContext: DrawContext, drawStyle: DrawStyle, segments: Iterable<Vector3>): Unit
fun drawLineSegments(drawContext: DrawContext, drawStyle: DrawStyle, segments: Iterable<Vector2>): Unit

class PointDrawer

PointDrawer()
fun drawPoint(drawContext: DrawContext, drawStyle: DrawStyle, x: Double, y: Double, z: Double): Unit
@JvmName("drawPoints2D") fun drawPoints(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector2>): Unit
@JvmName("drawPoints3D") fun drawPoints(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector3>): Unit
fun drawPoints(drawContext: DrawContext, drawStyle: DrawStyle, instanceAttributes: VertexBuffer, count: Int): Unit
val vertices: VertexBuffer

class QualityLineDrawer

QualityLineDrawer()
fun drawLineLoops(drawContext: DrawContext, drawStyle: DrawStyle, strips: List<List<Vector2>>): Unit
fun drawLineLoops(drawContext: DrawContext, drawStyle: DrawStyle, strips: List<List<Vector2>>, weights: List<Double>): Unit
fun drawLineStrips(drawContext: DrawContext, drawStyle: DrawStyle, strips: Iterable<Iterable<Vector2>>): Unit
fun drawLineStrips(drawContext: DrawContext, drawStyle: DrawStyle, strips: Iterable<Iterable<Vector2>>, weights: List<Double>): Unit

class QualityPolygonDrawer

QualityPolygonDrawer()
fun drawPolygon(drawContext: DrawContext, drawStyle: DrawStyle, loops: List<List<Vector2>>): Unit
fun drawPolygons(drawContext: DrawContext, drawStyle: DrawStyle, loops: List<List<List<Vector2>>>): Unit

class RectangleDrawer

RectangleDrawer()
fun drawRectangle(drawContext: DrawContext, drawStyle: DrawStyle, x: Double, y: Double, width: Double, height: Double): Unit
fun drawRectangles(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector2>, dimensions: List<Vector2>): Unit
fun drawRectangles(drawContext: DrawContext, drawStyle: DrawStyle, positions: List<Vector2>, width: Double, height: Double): Unit
fun drawRectangles(drawContext: DrawContext, drawStyle: DrawStyle, rectangles: List<Rectangle>): Unit

interface ResourceThread
interface ShaderGenerators

abstract fun circleFragmentShader(shadeStructure: ShadeStructure): String
abstract fun circleVertexShader(shadeStructure: ShadeStructure): String
abstract fun expansionFragmentShader(shadeStructure: ShadeStructure): String
abstract fun expansionVertexShader(shadeStructure: ShadeStructure): String
abstract fun fastLineFragmentShader(shadeStructure: ShadeStructure): String
abstract fun fastLineVertexShader(shadeStructure: ShadeStructure): String
abstract fun filterFragmentShader(shadeStructure: ShadeStructure): String
abstract fun filterVertexShader(shadeStructure: ShadeStructure): String
abstract fun fontImageMapFragmentShader(shadeStructure: ShadeStructure): String
abstract fun fontImageMapVertexShader(shadeStructure: ShadeStructure): String
abstract fun imageArrayTextureFragmentShader(shadeStructure: ShadeStructure): String
abstract fun imageArrayTextureVertexShader(shadeStructure: ShadeStructure): String
abstract fun imageFragmentShader(shadeStructure: ShadeStructure): String
abstract fun imageVertexShader(shadeStructure: ShadeStructure): String
abstract fun meshLineFragmentShader(shadeStructure: ShadeStructure): String
abstract fun meshLineVertexShader(shadeStructure: ShadeStructure): String
abstract fun pointFragmentShader(shadeStructure: ShadeStructure): String
abstract fun pointVertexShader(shadeStructure: ShadeStructure): String
abstract fun rectangleFragmentShader(shadeStructure: ShadeStructure): String
abstract fun rectangleVertexShader(shadeStructure: ShadeStructure): String
abstract fun vertexBufferFragmentShader(shadeStructure: ShadeStructure): String
abstract fun vertexBufferVertexShader(shadeStructure: ShadeStructure): String

class VertexBufferDrawer

VertexBufferDrawer()
fun drawVertexBuffer(drawContext: DrawContext, drawStyle: DrawStyle, primitive: DrawPrimitive, vertexBuffers: List<VertexBuffer>, offset: Int, vertexCount: Int): Unit
fun drawVertexBuffer(drawContext: DrawContext, drawStyle: DrawStyle, primitive: DrawPrimitive, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, offset: Int, indexCount: Int): Unit
fun drawVertexBufferInstances(drawContext: DrawContext, drawStyle: DrawStyle, primitive: DrawPrimitive, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, offset: Int, vertexCount: Int, instanceCount: Int): Unit
fun drawVertexBufferInstances(drawContext: DrawContext, drawStyle: DrawStyle, primitive: DrawPrimitive, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, offset: Int, indexCount: Int, instanceCount: Int): Unit

val colorBufferLoader: ColorBufferLoader
fun finish(): Unit

package org.openrndr.internal.gl3

class ApplicationEGLGL3 : Application

ApplicationEGLGL3(program: Program, configuration: Configuration)
var clipboardContents: String?
var cursorPosition: Vector2
var cursorVisible: Boolean
fun exit(): Unit
fun loop(): Unit
var presentationMode: PresentationMode
fun requestDraw(): Unit
fun requestFocus(): Unit
val seconds: Double
fun setup(): Unit
var windowPosition: Vector2
var windowSize: Vector2
var windowTitle: String

class ApplicationGLFWGL3 : Application

ApplicationGLFWGL3(program: Program, configuration: Configuration)
var clipboardContents: String?
var cursorPosition: Vector2
var cursorVisible: Boolean
fun exit(): Unit
fun loop(): Unit
fun preloop(): Unit
var presentationMode: PresentationMode
fun requestDraw(): Unit
fun requestFocus(): Unit
val seconds: Double
fun setup(): Unit
var windowPosition: Vector2
var windowSize: Vector2
var windowTitle: String

class ArrayTextureGL3 : ArrayTexture

ArrayTextureGL3(target: Int, texture: Int, width: Int, height: Int, layers: Int, format: ColorFormat, type: ColorType, levels: Int, session: Session?)
fun bind(unit: Int): Unit
fun copyTo(layer: Int, target: ColorBuffer, fromLevel: Int, toLevel: Int): Unit
fun copyTo(layer: Int, target: ArrayTexture, targetLayer: Int, fromLevel: Int, toLevel: Int): Unit
fun create(width: Int, height: Int, layers: Int, format: ColorFormat, type: ColorType, levels: Int, session: Session?): ArrayTextureGL3
fun destroy(): Unit
var filterMag: MagnifyingFilter
var filterMin: MinifyingFilter
var flipV: Boolean
val format: ColorFormat
fun generateMipmaps(): Unit
val height: Int
val layers: Int
val levels: Int
fun read(layer: Int, buffer: ByteBuffer, level: Int): Unit
val session: Session?
val target: Int
val texture: Int
val type: ColorType
val width: Int
var wrapU: WrapMode
var wrapV: WrapMode
fun write(layer: Int, buffer: ByteBuffer, sourceFormat: ColorFormat, sourceType: ColorType, level: Int): Unit

class AtomicCounterBufferGL43 : AtomicCounterBuffer

AtomicCounterBufferGL43(buffer: Int, size: Int)
val buffer: Int
fun create(counterCount: Int): AtomicCounterBufferGL43
fun destroy(): Unit
fun read(): IntArray
fun reset(): Unit
val size: Int
fun write(data: IntArray): Unit

class BufferTextureGL3 : BufferTexture

BufferTextureGL3(texture: Int, buffer: Int, elementCount: Int, format: ColorFormat, type: ColorType, session: Session?)
fun bind(unit: Int): Unit
val buffer: Int
fun create(elementCount: Int, format: ColorFormat, type: ColorType, session: Session?): BufferTextureGL3
fun destroy(): Unit
val elementCount: Int
val format: ColorFormat
val session: Session?
val shadow: BufferTextureShadow
val texture: Int
val type: ColorType
fun write(buffer: ByteBuffer): Unit

class BufferTextureShadowGL3 : BufferTextureShadow

BufferTextureShadowGL3(bufferTexture: BufferTextureGL3)
val buffer: ByteBuffer
val bufferTexture: BufferTextureGL3
fun destroy(): Unit
fun download(): Unit
fun upload(offset: Int, size: Int): Unit
fun writer(): BufferWriter

class BufferWriterGL3 : BufferWriter

BufferWriterGL3(buffer: ByteBuffer, elementSize: Int = 1)
val buffer: ByteBuffer
val elementSize: Int
var position: Int
var positionElements: Int
fun rewind(): Unit
fun write(a: FloatArray, offset: Int, size: Int): Unit
fun write(v: Vector3): Unit
fun write(v: Vector2): Unit
fun write(v: Vector4): Unit
fun write(v: Matrix33): Unit
fun write(v: Matrix44): Unit
fun write(v: Float): Unit
fun write(x: Float, y: Float, z: Float): Unit
fun write(x: Float, y: Float, z: Float, w: Float): Unit
fun write(x: Float, y: Float): Unit
fun write(v: ColorRGBa): Unit

class ColorBufferDataGL3

ColorBufferDataGL3(width: Int, height: Int, format: ColorFormat, type: ColorType, data: ByteBuffer?, destroyFunction: (ByteBuffer) -> Unit = null)
var data: ByteBuffer?
fun destroy(): Unit
var destroyFunction: (ByteBuffer) -> Unit
val format: ColorFormat
fun fromArray(bytes: ByteArray, offset: Int = 0, length: Int = bytes.size, name: String? = null, formatHint: ImageFileFormat? = null): ColorBufferDataGL3
fun fromByteBuffer(buffer: ByteBuffer, name: String? = null, formatHint: ImageFileFormat? = null): ColorBufferDataGL3
fun fromFile(filename: String): ColorBufferDataGL3
fun fromStream(stream: InputStream, name: String? = null, formatHint: ImageFileFormat? = null): ColorBufferDataGL3
fun fromUrl(urlString: String): ColorBufferDataGL3
val height: Int
val type: ColorType
val width: Int

class ColorBufferGL3 : ColorBuffer

ColorBufferGL3(target: Int, texture: Int, width: Int, height: Int, contentScale: Double, format: ColorFormat, type: ColorType, levels: Int, multisample: BufferMultisample, session: Session?)
var anisotropy: Double
fun bind(unit: Int): Unit
fun bound(f: ColorBufferGL3.() -> Unit): Unit
val contentScale: Double
fun copyTo(target: ColorBuffer, fromLevel: Int, toLevel: Int): Unit
fun copyTo(target: ArrayTexture, layer: Int, fromLevel: Int, toLevel: Int): Unit
fun create(width: Int, height: Int, contentScale: Double = 1.0, format: ColorFormat = ColorFormat.RGBa, type: ColorType = ColorType.FLOAT32, multisample: BufferMultisample, levels: Int, session: Session?): ColorBufferGL3
fun destroy(): Unit
fun destroyShadow(): Unit
fun fill(color: ColorRGBa): Unit
var filterMag: MagnifyingFilter
var filterMin: MinifyingFilter
var flipV: Boolean
val format: ColorFormat
fun fromArray(array: ByteArray, offset: Int = 0, length: Int = array.size, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun fromBuffer(buffer: ByteBuffer, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun fromColorBufferData(data: ColorBufferDataGL3, session: Session?): ColorBuffer
fun fromFile(filename: String, session: Session?): ColorBuffer
fun fromStream(stream: InputStream, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun fromUrl(url: String, session: Session?): ColorBuffer
fun generateMipmaps(): Unit
val height: Int
val levels: Int
val multisample: BufferMultisample
fun read(buffer: ByteBuffer, targetFormat: ColorFormat, targetType: ColorType, level: Int): Unit
var realShadow: ColorBufferShadow?
fun resolveTo(target: ColorBuffer, fromLevel: Int, toLevel: Int): Unit
fun saveToFile(file: File, imageFileFormat: ImageFileFormat, async: Boolean): Unit
val session: Session?
val shadow: ColorBufferShadow
val target: Int
val texture: Int
fun toDataUrl(imageFileFormat: ImageFileFormat): String
val type: ColorType
val width: Int
var wrapU: WrapMode
var wrapV: WrapMode
fun write(buffer: ByteBuffer, sourceFormat: ColorFormat, sourceType: ColorType, level: Int): Unit

class ColorBufferShadowGL3 : ColorBufferShadow

ColorBufferShadowGL3(colorBuffer: ColorBufferGL3)
val buffer: ByteBuffer
val colorBuffer: ColorBufferGL3
fun destroy(): Unit
fun download(): Unit
val elementSize: Int
inline fun mapBoolean(crossinline mapper: (r: Double, g: Double, b: Double, a: Double) -> Boolean): Array<BooleanArray>
inline fun mapDouble(crossinline mapper: (r: Double, g: Double, b: Double, a: Double) -> Double): Array<DoubleArray>
inline fun mapFloat(crossinline mapper: (r: Double, g: Double, b: Double, a: Double) -> Float): Array<FloatArray>
fun <T> mapIndexed(xrange: IntProgression, yrange: IntProgression, mapper: (x: Int, y: Int, r: Double, g: Double, b: Double, a: Double) -> T): Array<List<T>>
inline fun mapInt(crossinline mapper: (r: Double, g: Double, b: Double, a: Double) -> Int): Array<IntArray>
fun read(x: Int, y: Int): ColorRGBa
val size: Int
fun upload(): Unit
fun write(x: Int, y: Int, r: Double, g: Double, b: Double, a: Double): Unit
fun writer(): BufferWriter

class ComputeShaderGL43 : ComputeShader

ComputeShaderGL43(programObject: Int, name: String = "compute_shader")
fun buffer(name: String, vertexBuffer: VertexBuffer): Unit
fun counters(bindingIndex: Int, counterBuffer: AtomicCounterBuffer): Unit
fun createFromCode(code: String): ComputeShaderGL43
fun destroy(): Unit
fun execute(width: Int, height: Int, depth: Int): Unit
fun image(name: String, image: Int, colorBuffer: ColorBuffer, access: ImageAccess): Unit
fun image(name: String, image: Int, arrayTexture: ArrayTexture, layer: Int, access: ImageAccess): Unit
fun image(name: String, image: Int, arrayTexture: ArrayTexture, access: ImageAccess): Unit
fun image(name: String, image: Int, cubemap: Cubemap, access: ImageAccess): Unit
val name: String
val programObject: Int
fun uniform(name: String, value: ColorRGBa): Unit
fun uniform(name: String, value: Vector3): Unit
fun uniform(name: String, value: Vector4): Unit
fun uniform(name: String, x: Float, y: Float, z: Float, w: Float): Unit
fun uniform(name: String, x: Float, y: Float, z: Float): Unit
fun uniform(name: String, x: Float, y: Float): Unit
fun uniform(name: String, value: Int): Unit
fun uniform(name: String, value: Boolean): Unit
fun uniform(name: String, value: Vector2): Unit
fun uniform(name: String, value: Float): Unit
fun uniform(name: String, value: Double): Unit
fun uniform(name: String, value: Matrix33): Unit
fun uniform(name: String, value: Matrix44): Unit
fun uniform(name: String, value: Array<Vector2>): Unit
fun uniform(name: String, value: Array<Vector3>): Unit
fun uniform(name: String, value: Array<Vector4>): Unit
fun uniform(name: String, value: FloatArray): Unit

class CubemapGL3 : Cubemap

CubemapGL3(texture: Int, width: Int, sides: List<ColorBuffer>, type: ColorType, format: ColorFormat, session: Session?)
fun bind(textureUnit: Int): Unit
fun create(width: Int, format: ColorFormat, type: ColorType, session: Session?): CubemapGL3
fun destroy(): Unit
fun filter(min: MinifyingFilter, mag: MagnifyingFilter): Unit
val format: ColorFormat
fun fromUrl(url: String, session: Session?): CubemapGL3
fun fromUrls(urls: List<String>, session: Session?): CubemapGL3
fun generateMipmaps(): Unit
val session: Session?
fun side(side: CubemapSide): ColorBuffer
val sides: List<ColorBuffer>
val texture: Int
val type: ColorType
val width: Int

class DepthBufferGL3 : DepthBuffer

DepthBufferGL3(texture: Int, target: Int, width: Int, height: Int, format: DepthFormat, multisample: BufferMultisample, session: Session?)
fun bind(textureUnit: Int): Unit
fun bound(f: DepthBufferGL3.() -> Unit): Unit
fun copyTo(target: DepthBuffer): Unit
fun create(width: Int, height: Int, format: DepthFormat, multisample: BufferMultisample, session: Session?): DepthBufferGL3
fun destroy(): Unit
val format: DepthFormat
val height: Int
val multisample: BufferMultisample
fun resolveTo(target: DepthBuffer): Unit
val session: Session?
val target: Int
val texture: Int
val width: Int

class DrawThreadGL3 : DrawThread

DrawThreadGL3(contextWindow: Long)
fun create(): DrawThreadGL3
val dispatcher: Dispatcher
val drawer: Drawer

class DriverGL3 : Driver

DriverGL3(version: DriverVersionGL)
val activeRenderTarget: RenderTarget
fun clear(r: Double, g: Double, b: Double, a: Double): Unit
val contextID: Long
fun createArrayTexture(width: Int, height: Int, layers: Int, format: ColorFormat, type: ColorType, levels: Int, session: Session?): ArrayTexture
fun createAtomicCounterBuffer(counterCount: Int, session: Session?): AtomicCounterBuffer
fun createBufferTexture(elementCount: Int, format: ColorFormat, type: ColorType, session: Session?): BufferTexture
fun createColorBuffer(width: Int, height: Int, contentScale: Double, format: ColorFormat, type: ColorType, multisample: BufferMultisample, levels: Int, session: Session?): ColorBuffer
fun createColorBufferFromArray(array: ByteArray, offset: Int, length: Int, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun createColorBufferFromBuffer(buffer: ByteBuffer, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun createColorBufferFromFile(filename: String, session: Session?): ColorBuffer
fun createColorBufferFromStream(stream: InputStream, name: String?, formatHint: ImageFileFormat?, session: Session?): ColorBuffer
fun createColorBufferFromUrl(url: String, session: Session?): ColorBuffer
fun createComputeShader(code: String, session: Session?): ComputeShader
fun createCubemap(width: Int, format: ColorFormat, type: ColorType, session: Session?): Cubemap
fun createCubemapFromUrls(urls: List<String>, session: Session?): Cubemap
fun createDepthBuffer(width: Int, height: Int, format: DepthFormat, multisample: BufferMultisample, session: Session?): DepthBuffer
fun createDrawThread(session: Session?): DrawThread
fun createDynamicIndexBuffer(elementCount: Int, type: IndexType, session: Session?): IndexBuffer
fun createDynamicVertexBuffer(format: VertexFormat, vertexCount: Int, session: Session?): VertexBuffer
fun createRenderTarget(width: Int, height: Int, contentScale: Double, multisample: BufferMultisample, session: Session?): RenderTarget
fun createResourceThread(session: Session?, f: () -> Unit): ResourceThread
fun createShadeStyleManager(vertexShaderGenerator: (ShadeStructure) -> String, fragmentShaderGenerator: (ShadeStructure) -> String, session: Session?): ShadeStyleManager
fun createShader(vsCode: String, fsCode: String, session: Session?): Shader
fun createStaticVertexBuffer(format: VertexFormat, buffer: Buffer, session: Session?): VertexBuffer
fun drawIndexedInstances(shader: Shader, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, drawPrimitive: DrawPrimitive, indexOffset: Int, indexCount: Int, instanceCount: Int): Unit
fun drawIndexedVertexBuffer(shader: Shader, indexBuffer: IndexBuffer, vertexBuffers: List<VertexBuffer>, drawPrimitive: DrawPrimitive, indexOffset: Int, indexCount: Int): Unit
fun drawInstances(shader: Shader, vertexBuffers: List<VertexBuffer>, instanceAttributes: List<VertexBuffer>, drawPrimitive: DrawPrimitive, vertexOffset: Int, vertexCount: Int, instanceCount: Int): Unit
fun drawVertexBuffer(shader: Shader, vertexBuffers: List<VertexBuffer>, drawPrimitive: DrawPrimitive, vertexOffset: Int, vertexCount: Int): Unit
fun finish(): Unit
val fontImageMapManager: FontMapManager
val fontVectorMapManager: FontMapManager
fun internalShaderResource(resourceId: String): String
fun setState(drawStyle: DrawStyle): Unit
val shaderGenerators: ShaderGenerators
val version: DriverVersionGL

enum class DriverVersionGL

VERSION_3_3
VERSION_4_3

class FontImageMapManagerGL3 : FontMapManager

FontImageMapManagerGL3()
val alphabet: CharArray
val cyrillic: CharArray
fun fontMapFromUrl(url: String, size: Double, contentScale: Double): FontImageMap
val standard: CharArray

class FragmentShaderGL3

FragmentShaderGL3(shaderObject: Int, name: String = "<unknown-fragment-shader>")
fun fromString(code: String, name: String = "<unknown-fragment-shader>"): FragmentShaderGL3
val name: String
val shaderObject: Int

class GL3Exception : Exception

GL3Exception(message: String)

class IndexBufferGL3 : IndexBuffer

IndexBufferGL3(buffer: Int, indexCount: Int, type: IndexType)
fun bind(): Unit
val buffer: Int
fun create(elementCount: Int, type: IndexType): IndexBufferGL3
fun destroy(): Unit
val indexCount: Int
fun read(data: ByteBuffer, offset: Int): Unit
val type: IndexType
fun unbind(): Unit
fun write(data: ByteBuffer, offset: Int): Unit

class NullRenderTargetGL3 : RenderTargetGL3

NullRenderTargetGL3()

class ProgramRenderTargetGL3 : ProgramRenderTarget, RenderTargetGL3

ProgramRenderTargetGL3(program: Program)
fun colorBufferIndex(name: String): Int
val contentScale: Double
val hasColorBuffer: Boolean
val hasDepthBuffer: Boolean
val height: Int
val program: Program
val width: Int

open class RenderTargetGL3 : RenderTarget

RenderTargetGL3(framebuffer: Int, width: Int, height: Int, contentScale: Double, multisample: BufferMultisample, session: Session?, thread: Thread = Thread.currentThread())
val activeRenderTarget: RenderTargetGL3
open fun attach(name: String, colorBuffer: ColorBuffer, level: Int): Unit
open fun attach(colorBuffer: ColorBuffer, level: Int): Unit
open fun attach(name: String, arrayTexture: ArrayTexture, layer: Int, level: Int): Unit
open fun attach(arrayTexture: ArrayTexture, layer: Int, level: Int): Unit
open fun attach(depthBuffer: DepthBuffer): Unit
open fun bind(): Unit
open fun blendMode(index: Int, blendMode: BlendMode): Unit
open fun clearColor(index: Int, color: ColorRGBa): Unit
open fun clearDepth(depth: Double, stencil: Int): Unit
open fun colorBuffer(index: Int): ColorBuffer
open fun colorBuffer(name: String): ColorBuffer
open fun colorBufferIndex(name: String): Int
open val colorBuffers: List<ColorBuffer>
open val contentScale: Double
fun create(width: Int, height: Int, contentScale: Double = 1.0, multisample: BufferMultisample = BufferMultisample.Disabled, session: Session?): RenderTargetGL3
open val depthBuffer: DepthBuffer?
open fun destroy(): Unit
var destroyed: Boolean
open fun detachColorBuffers(): Unit
open fun detachDepthBuffer(): Unit
val framebuffer: Int
open val hasColorBuffer: Boolean
open val hasDepthBuffer: Boolean
open val height: Int
open val multisample: BufferMultisample
open val session: Session?
open fun unbind(): Unit
open val width: Int

class ResourceThreadGL3 : ResourceThread

ResourceThreadGL3()
fun create(f: () -> Unit): ResourceThreadGL3

class ShadeStyleManagerGL3 : ShadeStyleManager

ShadeStyleManagerGL3(vertexShaderGenerator: (ShadeStructure) -> String, fragmentShaderGenerator: (ShadeStructure) -> String)
val fragmentShaderGenerator: (ShadeStructure) -> String
fun shader(style: ShadeStyle?, vertexFormats: List<VertexFormat>, inputInstanceFormats: List<VertexFormat>): Shader
val vertexShaderGenerator: (ShadeStructure) -> String

class ShaderGL3 : Shader

ShaderGL3(program: Int, name: String, vertexShader: VertexShaderGL3, fragmentShader: FragmentShaderGL3, session: Session?)
fun attributeIndex(name: String): Int
fun begin(): Unit
fun block(blockName: String, block: UniformBlock): Unit
fun blockIndex(block: String): Int
fun blockLayout(blockName: String): UniformBlockLayout?
fun create(vertexShader: VertexShaderGL3, fragmentShader: FragmentShaderGL3, session: Session?): ShaderGL3
fun createBlock(blockName: String): UniformBlock
fun destroy(): Unit
fun end(): Unit
val fragmentShader: FragmentShaderGL3
fun hasUniform(name: String): Boolean
val name: String
val program: Int
val session: Session?
fun uniform(name: String, value: ColorRGBa): Unit
fun uniform(name: String, value: Vector3): Unit
fun uniform(name: String, value: Vector4): Unit
fun uniform(name: String, x: Float, y: Float, z: Float, w: Float): Unit
fun uniform(name: String, x: Float, y: Float, z: Float): Unit
fun uniform(name: String, x: Float, y: Float): Unit
fun uniform(name: String, value: Int): Unit
fun uniform(name: String, value: Boolean): Unit
fun uniform(name: String, value: Vector2): Unit
fun uniform(name: String, value: Float): Unit
fun uniform(name: String, value: Double): Unit
fun uniform(name: String, value: Matrix33): Unit
fun uniform(name: String, value: Matrix44): Unit
fun uniform(name: String, value: Array<Vector2>): Unit
fun uniform(name: String, value: Array<Vector3>): Unit
fun uniform(name: String, value: Array<Vector4>): Unit
fun uniform(name: String, value: FloatArray): Unit
fun uniformIndex(uniform: String, query: Boolean = false): Int
val vertexShader: VertexShaderGL3

class ShaderGeneratorsGL3 : ShaderGenerators

ShaderGeneratorsGL3()
fun circleFragmentShader(shadeStructure: ShadeStructure): String
fun circleVertexShader(shadeStructure: ShadeStructure): String
fun expansionFragmentShader(shadeStructure: ShadeStructure): String
fun expansionVertexShader(shadeStructure: ShadeStructure): String
fun fastLineFragmentShader(shadeStructure: ShadeStructure): String
fun fastLineVertexShader(shadeStructure: ShadeStructure): String
fun filterFragmentShader(shadeStructure: ShadeStructure): String
fun filterVertexShader(shadeStructure: ShadeStructure): String
fun fontImageMapFragmentShader(shadeStructure: ShadeStructure): String
fun fontImageMapVertexShader(shadeStructure: ShadeStructure): String
fun imageArrayTextureFragmentShader(shadeStructure: ShadeStructure): String
fun imageArrayTextureVertexShader(shadeStructure: ShadeStructure): String
fun imageFragmentShader(shadeStructure: ShadeStructure): String
fun imageVertexShader(shadeStructure: ShadeStructure): String
fun meshLineFragmentShader(shadeStructure: ShadeStructure): String
fun meshLineVertexShader(shadeStructure: ShadeStructure): String
fun pointFragmentShader(shadeStructure: ShadeStructure): String
fun pointVertexShader(shadeStructure: ShadeStructure): String
fun rectangleFragmentShader(shadeStructure: ShadeStructure): String
fun rectangleVertexShader(shadeStructure: ShadeStructure): String
fun vertexBufferFragmentShader(shadeStructure: ShadeStructure): String
fun vertexBufferVertexShader(shadeStructure: ShadeStructure): String

class UniformBlockGL3 : UniformBlock

UniformBlockGL3(layout: UniformBlockLayout, blockBinding: Int, ubo: Int, shadowBuffer: ByteBuffer)
val blockBinding: Int
fun create(layout: UniformBlockLayout): UniformBlockGL3
val dirty: Boolean
val layout: UniformBlockLayout
var realDirty: Boolean
val shadowBuffer: ByteBuffer
val ubo: Int
fun uniform(name: String, value: Float): Unit
fun uniform(name: String, value: Vector2): Unit
fun uniform(name: String, value: Vector3): Unit
fun uniform(name: String, value: ColorRGBa): Unit
fun uniform(name: String, value: Vector4): Unit
fun uniform(name: String, value: Matrix44): Unit
fun uniform(name: String, value: Matrix55): Unit
fun uniform(name: String, value: Array<Float>): Unit
fun uniform(name: String, value: Array<Vector2>): Unit
fun uniform(name: String, value: Array<Vector3>): Unit
fun uniform(name: String, value: Array<Vector4>): Unit
fun upload(): Unit

class VertexBufferGL3 : VertexBuffer

VertexBufferGL3(buffer: Int, vertexFormat: VertexFormat, vertexCount: Int, session: Session?)
fun bind(): Unit
val buffer: Int
fun createDynamic(vertexFormat: VertexFormat, vertexCount: Int, session: Session?): VertexBufferGL3
fun destroy(): Unit
fun read(data: ByteBuffer, offset: Int): Unit
val session: Session?
val shadow: VertexBufferShadow
fun unbind(): Unit
val vertexCount: Int
val vertexFormat: VertexFormat
fun write(data: ByteBuffer, offset: Int): Unit

class VertexBufferShadowGL3 : VertexBufferShadow

VertexBufferShadowGL3(vertexBuffer: VertexBufferGL3)
val buffer: ByteBuffer
fun destroy(): Unit
fun download(): Unit
fun upload(offset: Int, size: Int): Unit
val vertexBuffer: VertexBufferGL3
fun writer(): BufferWriter

class VertexShaderGL3

VertexShaderGL3(shaderObject: Int, name: String = "<unknown-vertex-shader>")
fun fromString(code: String, name: String = "<unknown-vertex-shader>"): VertexShaderGL3
val name: String
val shaderObject: Int

fun array(item: VertexElement): String
fun checkGLErrors(errorFunction: (Int) -> String? = null): Unit
fun checkProgramInfoLog(object: Int, sourceFile: String): Unit
fun debugGLErrors(errorFunction: (Int) -> String? = null): Unit
fun fragmentConstants(instance: String = "v_instance", element: String = "0", screenPosition: String = "gl_FragCoord.xy / u_contentScale", contourPosition: String = "0", boundsPosition: String = "vec3(0.0)", boundsSize: String = "vec3(0.0)"): String
fun ImageAccess.gl(): Int
fun structureFromShadeStyle(shadeStyle: ShadeStyle?, vertexFormats: List<VertexFormat>, instanceAttributeFormats: List<VertexFormat>): ShadeStructure
fun vertexConstants(instance: String = "gl_InstanceID", element: String = "0"): String

package org.openrndr.internal.gl3.dds

class DDSData

DDSData(format: ColorFormat, type: ColorType, width: Int, height: Int, mipmaps: Int, cubeMap: Boolean, bdata: List<ByteBuffer>, bdata2: List<ByteBuffer>)
val bdata: List<ByteBuffer>
val bdata2: List<ByteBuffer>
val cubeMap: Boolean
val format: ColorFormat
val height: Int
fun image(level: Int): ByteBuffer
fun mipMapLevel(level: Int): ByteBuffer
val mipmaps: Int
fun sideNX(level: Int = 0): ByteBuffer
fun sideNY(level: Int = 0): ByteBuffer
fun sideNZ(level: Int = 0): ByteBuffer
fun sidePX(level: Int = 0): ByteBuffer
fun sidePY(level: Int = 0): ByteBuffer
fun sidePZ(level: Int = 0): ByteBuffer
val type: ColorType
val width: Int

class DDSPixelFormat

DDSPixelFormat(header: ByteBuffer)
var dwABitMask: Int
var dwBBitMask: Int
var dwFlags: Int
var dwFourCC: Int
var dwGBitMask: Int
var dwRBitMask: Int
var dwRGBBitCount: Int
var dwSize: Int
var hasFlagAlpha: Boolean
var hasFlagAlphaPixels: Boolean
var hasFlagFourCC: Boolean
var hasFlagLuminance: Boolean
var hasFlagRgb: Boolean
var hasFlagYuv: Boolean
var isCompressed: Boolean
var sFourCC: String

fun loadDDS(file: InputStream): DDSData

package org.openrndr.math

class CatmulRom1

CatmulRom1(p0: Double, p1: Double, p2: Double, p3: Double, alpha: Double = 0.5)
val alpha: Double
val p0: Double
val p1: Double
val p2: Double
val p3: Double
fun position(rt: Double): Double
val t0: Double
val t1: Double
val t2: Double
val t3: Double

class CatmullRom2

CatmullRom2(p0: Vector2, p1: Vector2, p2: Vector2, p3: Vector2, alpha: Double = 0.5)
val alpha: Double
val p0: Vector2
val p1: Vector2
val p2: Vector2
val p3: Vector2
fun position(rt: Double): Vector2
val t0: Double
val t1: Double
val t2: Double
val t3: Double

class CatmullRom3

CatmullRom3(p0: Vector3, p1: Vector3, p2: Vector3, p3: Vector3, alpha: Double = 0.5)
val alpha: Double
val p0: Vector3
val p1: Vector3
val p2: Vector3
val p3: Vector3
fun position(rt: Double): Vector3
val t0: Double
val t1: Double
val t2: Double
val t3: Double

class CatmullRomChain1

CatmullRomChain1(points: List<Double>, alpha: Double = 0.5, loop: Boolean = false)
val loop: Boolean
fun position(rt: Double): Double
val segments: List<CatmulRom1>

class CatmullRomChain2

CatmullRomChain2(points: List<Vector2>, alpha: Double = 0.5, loop: Boolean = false)
val loop: Boolean
fun position(rt: Double): Vector2
fun positions(steps: Int = segments.size * 4): List<Vector2>
val segments: List<CatmullRom2>

class CatmullRomChain3

CatmullRomChain3(points: List<Vector3>, alpha: Double = 0.5, loop: Boolean = false)
val loop: Boolean
fun position(rt: Double): Vector3
fun positions(steps: Int = segments.size * 4): List<Vector3>
val segments: List<CatmullRom3>

data class IntVector2 : Serializable

IntVector2(x: Int, y: Int)
val UNIT_X: IntVector2
val UNIT_Y: IntVector2
val ZERO: IntVector2
operator fun div(d: Int): IntVector2
infix fun dot(right: IntVector2): Int
val length: Double
operator fun minus(v: IntVector2): IntVector2
operator fun plus(v: IntVector2): IntVector2
val squaredLength: Int
operator fun times(d: Int): IntVector2
val vector2: Vector2
val x: Int
val xx: IntVector2
val y: Int
val yx: IntVector2
val yy: IntVector2

data class IntVector3 : Serializable

IntVector3(x: Int, y: Int, z: Int)
val UNIT_X: IntVector3
val UNIT_Y: IntVector3
val UNIT_Z: IntVector3
val ZERO: IntVector3
operator fun div(d: Int): IntVector3
infix fun dot(right: IntVector3): Int
val length: Double
operator fun minus(v: IntVector3): IntVector3
operator fun plus(v: IntVector3): IntVector3
val squaredLength: Int
operator fun times(d: Int): IntVector3
val vector3: Vector3
val x: Int
val xx: IntVector2
val xy: IntVector2
val y: Int
val yx: IntVector2
val yy: IntVector2
val z: Int

data class IntVector4 : Serializable

IntVector4(x: Int, y: Int, z: Int, w: Int)
val UNIT_W: IntVector4
val UNIT_X: IntVector4
val UNIT_Y: IntVector4
val UNIT_Z: IntVector4
val ZERO: IntVector4
operator fun div(d: Int): IntVector4
infix fun dot(right: IntVector4): Int
val length: Double
operator fun minus(v: IntVector4): IntVector4
operator fun plus(v: IntVector4): IntVector4
val squaredLength: Int
operator fun times(d: Int): IntVector4
val vector4: Vector4
val w: Int
val x: Int
val xx: IntVector2
val xy: IntVector2
val y: Int
val yx: IntVector2
val yy: IntVector2
val z: Int

data class Matrix33

Matrix33(c0r0: Double = 0.0, c1r0: Double = 0.0, c2r0: Double = 0.0, c0r1: Double = 0.0, c1r1: Double = 0.0, c2r1: Double = 0.0, c0r2: Double = 0.0, c1r2: Double = 0.0, c2r2: Double = 0.0)
val IDENTITY: Matrix33
val ZERO: Matrix33
val c0r0: Double
val c0r1: Double
val c0r2: Double
val c1r0: Double
val c1r1: Double
val c1r2: Double
val c2r0: Double
val c2r1: Double
val c2r2: Double
val determinant: Double
fun fromColumnVectors(c0: Vector3, c1: Vector3, c2: Vector3): Matrix33
operator fun get(index: Int): Vector3
val matrix44: Matrix44
operator fun minus(o: Matrix33): Matrix33
operator fun plus(o: Matrix33): Matrix33
operator fun times(v: Vector3): Vector3
operator fun times(s: Double): Matrix33
operator fun times(mat: Matrix33): Matrix33
fun toString(): String
val trace: Double
val transposed: Matrix33

data class Matrix44 : Serializable

Matrix44(c0r0: Double = 0.0, c1r0: Double = 0.0, c2r0: Double = 0.0, c3r0: Double = 0.0, c0r1: Double = 0.0, c1r1: Double = 0.0, c2r1: Double = 0.0, c3r1: Double = 0.0, c0r2: Double = 0.0, c1r2: Double = 0.0, c2r2: Double = 0.0, c3r2: Double = 0.0, c0r3: Double = 0.0, c1r3: Double = 0.0, c2r3: Double = 0.0, c3r3: Double = 0.0)
val IDENTITY: Matrix44
val ZERO: Matrix44
val c0r0: Double
val c0r1: Double
val c0r2: Double
val c0r3: Double
val c1r0: Double
val c1r1: Double
val c1r2: Double
val c1r3: Double
val c2r0: Double
val c2r1: Double
val c2r2: Double
val c2r3: Double
val c3r0: Double
val c3r1: Double
val c3r2: Double
val c3r3: Double
val determinant: Double
fun fromColumnVectors(c0: Vector4, c1: Vector4, c2: Vector4, c3: Vector4): Matrix44
operator fun get(index: Int): Vector4
val inversed: Matrix44
val matrix33: Matrix33
operator fun minus(o: Matrix44): Matrix44
operator fun plus(o: Matrix44): Matrix44
operator fun times(v: Vector4): Vector4
operator fun times(v: Vector3): Vector3
operator fun times(s: Double): Matrix44
operator fun times(mat: Matrix44): Matrix44
fun toString(): String
val trace: Double
val transposed: Matrix44

data class Matrix55

Matrix55(c0r0: Double = 0.0, c1r0: Double = 0.0, c2r0: Double = 0.0, c3r0: Double = 0.0, c4r0: Double = 0.0, c0r1: Double = 0.0, c1r1: Double = 0.0, c2r1: Double = 0.0, c3r1: Double = 0.0, c4r1: Double = 0.0, c0r2: Double = 0.0, c1r2: Double = 0.0, c2r2: Double = 0.0, c3r2: Double = 0.0, c4r2: Double = 0.0, c0r3: Double = 0.0, c1r3: Double = 0.0, c2r3: Double = 0.0, c3r3: Double = 0.0, c4r3: Double = 0.0, c0r4: Double = 0.0, c1r4: Double = 0.0, c2r4: Double = 0.0, c3r4: Double = 0.0, c4r4: Double = 0.0)
val IDENTITY: Matrix55
val ZERO: Matrix55
val c0r0: Double
val c0r1: Double
val c0r2: Double
val c0r3: Double
val c0r4: Double
val c1r0: Double
val c1r1: Double
val c1r2: Double
val c1r3: Double
val c1r4: Double
val c2r0: Double
val c2r1: Double
val c2r2: Double
val c2r3: Double
val c2r4: Double
val c3r0: Double
val c3r1: Double
val c3r2: Double
val c3r3: Double
val c3r4: Double
val c4r0: Double
val c4r1: Double
val c4r2: Double
val c4r3: Double
val c4r4: Double
val floatArray: FloatArray
operator fun plus(mat: Matrix55): Matrix55
operator fun times(mat: Matrix55): Matrix55
operator fun times(s: Double): Matrix55

data class Polar

Polar(theta: Double, radius: Double = 1.0)
val cartesian: Vector2
operator fun div(s: Double): Polar
fun fromVector(vector: Vector2): Polar
fun makeSafe(): Polar
operator fun minus(s: Polar): Polar
operator fun plus(s: Polar): Polar
val radius: Double
val theta: Double
operator fun times(s: Polar): Polar
operator fun times(s: Double): Polar

data class Quaternion : Serializable

Quaternion(x: Double, y: Double, z: Double, w: Double)
val IDENTITY: Quaternion
val ZERO: Quaternion
fun fromAngles(pitch: Double, roll: Double, yaw: Double): Quaternion
fun fromAnglesRadian(pitch: Double, roll: Double, yaw: Double): Quaternion
fun fromAxes(x: Vector3, y: Vector3, z: Vector3): Quaternion
fun fromLookAt(from: Vector3, to: Vector3, up: Vector3 = Vector3.UNIT_Y): Quaternion
fun fromMatrix(m: Matrix33): Quaternion
val inversed: Quaternion
val length: Double
val matrix: Matrix33
val negated: Quaternion
val norm: Double
val normalized: Quaternion
operator fun times(q: Quaternion): Quaternion
operator fun times(vec: Vector3): Vector3
val w: Double
val x: Double
val y: Double
val z: Double

data class Spherical

Spherical(theta: Double, phi: Double, radius: Double)
val cartesian: Vector3
operator fun div(s: Double): Spherical
fun fromVector(vector: Vector3): Spherical
fun makeSafe(): Spherical
operator fun minus(s: Spherical): Spherical
val phi: Double
operator fun plus(s: Spherical): Spherical
val radius: Double
val theta: Double
operator fun times(s: Spherical): Spherical
operator fun times(s: Double): Spherical

data class Vector2 : Serializable

Vector2(x: Double)
Vector2(x: Double, y: Double)
val INFINITY: Vector2
val ONE: Vector2
val UNIT_X: Vector2
val UNIT_Y: Vector2
val ZERO: Vector2
operator fun div(d: Double): Vector2
operator fun div(d: Vector2): Vector2
infix fun dot(right: Vector2): Double
fun fromPolar(polar: Polar): Vector2
operator fun get(i: Int): Double
operator fun invoke(x: Double = this.x, y: Double = this.y): Vector2
val length: Double
operator fun minus(vector2: Vector2): Vector2
val normalized: Vector2
val perpendicular: Vector2
operator fun plus(vector2: Vector2): Vector2
infix fun reflect(surfaceNormal: Vector2): Vector2
val squaredLength: Double
operator fun times(d: Double): Vector2
operator fun times(v: Vector2): Vector2
operator fun unaryMinus(): Vector2
fun vector3(x: Double = this.x, y: Double = this.y, z: Double = 0.0): Vector3
val x: Double
val xx: Vector2
val xy0: Vector3
val xy01: Vector4
val y: Double
val yx: Vector2
val yy: Vector2

data class Vector3 : Serializable

Vector3(x: Double)
Vector3(x: Double, y: Double, z: Double)
val INFINITY: Vector3
val ONE: Vector3
val UNIT_X: Vector3
val UNIT_Y: Vector3
val UNIT_Z: Vector3
val ZERO: Vector3
infix fun cross(v: Vector3): Vector3
operator fun div(s: Double): Vector3
operator fun div(v: Vector3): Vector3
infix fun dot(v: Vector3): Double
fun fromSpherical(s: Spherical): Vector3
operator fun get(i: Int): Double
operator fun invoke(x: Double = this.x, y: Double = this.y, z: Double = this.z): Vector3
val length: Double
operator fun minus(v: Vector3): Vector3
val normalized: Vector3
operator fun plus(v: Vector3): Vector3
infix fun projectedOn(v: Vector3): Vector3
infix fun reflect(surfaceNormal: Vector3): Vector3
val spherical: Spherical
val squaredLength: Double
operator fun times(v: Vector3): Vector3
operator fun times(s: Double): Vector3
fun toDoubleArray(): DoubleArray
operator fun unaryMinus(): Vector3
val x: Double
val xy: Vector2
val xyz0: Vector4
val xyz1: Vector4
val xz: Vector2
val y: Double
val yx: Vector2
val z: Double
val zx: Vector2

data class Vector4 : Serializable

Vector4(x: Double)
Vector4(x: Double, y: Double, z: Double, w: Double)
val ONE: Vector4
val UNIT_W: Vector4
val UNIT_X: Vector4
val UNIT_Y: Vector4
val UNIT_Z: Vector4
val ZERO: Vector4
val div: Vector3
operator fun div(v: Vector4): Vector4
operator fun div(s: Double): Vector4
operator fun get(i: Int): Double
operator fun invoke(x: Double = this.x, y: Double = this.y, z: Double = this.z, w: Double = this.w): Vector4
val length: Double
operator fun minus(v: Vector4): Vector4
val normalized: Vector4
operator fun plus(v: Vector4): Vector4
val squaredLength: Double
operator fun times(v: Vector4): Vector4
operator fun times(s: Double): Vector4
fun toDoubleArray(): DoubleArray
operator fun unaryMinus(): Vector4
val w: Double
val x: Double
val xy: Vector2
val xyz: Vector3
val xz: Vector2
val y: Double
val yx: Vector2
val yz: Vector2
val z: Double
val zx: Vector2
val zy: Vector2

fun bezier(x0: Double, c0: Double, x1: Double, t: Double): Double
fun bezier(x0: Vector2, c0: Vector2, x1: Vector2, t: Double): Vector2
fun bezier(x0: Vector3, c0: Vector3, x1: Vector3, t: Double): Vector3
fun bezier(x0: Double, c0: Double, c1: Double, x1: Double, t: Double): Double
fun bezier(x0: Vector2, c0: Vector2, c1: Vector2, x1: Vector2, t: Double): Vector2
fun bezier(x0: Vector3, c0: Vector3, c1: Vector3, x1: Vector3, t: Double): Vector3
fun clamp(value: Double, min: Double, max: Double): Double
fun clamp(value: Int, min: Int, max: Int): Int
fun Vector2.clamp(min: Vector2, max: Vector2): Vector2
fun Vector3.clamp(min: Vector3, max: Vector3): Vector3
fun Vector4.clamp(min: Vector4, max: Vector4): Vector4
fun IntVector2.clamp(min: IntVector2, max: IntVector2): IntVector2
fun IntVector3.clamp(min: IntVector3, max: IntVector3): IntVector3
fun IntVector4.clamp(min: IntVector4, max: IntVector4): IntVector4
fun derivative(x0: Double, c0: Double, x1: Double, t: Double): Double
fun derivative(x0: Vector2, c0: Vector2, x1: Vector2, t: Double): Vector2
fun derivative(x0: Vector3, c0: Vector3, x1: Vector3, t: Double): Vector3
fun derivative(p0: Vector3, p1: Vector3, p2: Vector3, p3: Vector3, t: Double): Vector3
fun derivative(p0: Vector2, p1: Vector2, p2: Vector2, p3: Vector2, t: Double): Vector2
fun dot(q1: Quaternion, q2: Quaternion): Double
kotlin.Double

@JvmName("modDouble") fun Double.mod_(b: Double): Double
operator fun Double.times(m: Matrix33): Matrix33
operator fun Double.times(m: Matrix44): Matrix44
operator fun Double.times(v: Vector2): Vector2
operator fun Double.times(v: Vector3): Vector3
operator fun Double.times(v: Vector4): Vector4

kotlin.Float

@JvmName("modFloat") fun Float.mod_(b: Float): Float

kotlin.Int

@JvmName("modInt") fun Int.mod_(b: Int): Int
operator fun Int.times(v: IntVector2): IntVector2
operator fun Int.times(v: IntVector3): IntVector3
operator fun Int.times(v: IntVector4): IntVector4

kotlin.Long

@JvmName("modLong") fun Long.mod_(b: Long): Long

fun linearstep(edge0: Double, edge1: Double, x: Double): Double
fun map(beforeLeft: Double, beforeRight: Double, afterLeft: Double, afterRight: Double, value: Double): Double
fun Vector2.map(beforeLeft: Vector2, beforeRight: Vector2, afterLeft: Vector2, afterRight: Vector2): Vector2
fun Vector3.map(beforeLeft: Vector3, beforeRight: Vector3, afterLeft: Vector3, afterRight: Vector3): Vector3
fun Vector4.map(beforeLeft: Vector4, beforeRight: Vector4, afterLeft: Vector4, afterRight: Vector4): Vector4
fun max(a: Vector2, b: Vector2): Vector2
fun max(a: Vector3, b: Vector3): Vector3
fun max(a: Vector4, b: Vector4): Vector4
fun min(a: Vector2, b: Vector2): Vector2
fun min(a: Vector3, b: Vector3): Vector3
fun min(a: Vector4, b: Vector4): Vector4
fun mix(left: Double, right: Double, x: Double): Double
fun mod(a: Double, b: Double): Double
fun mod(a: Int, b: Int): Int
fun mod(a: Float, b: Float): Float
fun mod(a: Long, b: Long): Long
fun Vector2.mod(b: Vector2): Vector2
fun Vector3.mod(b: Vector3): Vector3
fun Vector4.mod(b: Vector4): Vector4
fun IntVector2.mod(b: IntVector2): IntVector2
fun IntVector3.mod(b: IntVector3): IntVector3
fun IntVector4.mod(b: IntVector4): IntVector4
fun normal(x0: Vector2, c0: Vector2, x1: Vector2, t: Double): Vector2
fun roots(p: List<Double>): List<Double>
fun safeDerivative(p0: Vector2, p1: Vector2, p2: Vector2, p3: Vector2, t: Double): Vector2
fun saturate(x: Double): Double
fun Vector2.saturate(): Vector2
fun Vector3.saturate(): Vector3
fun Vector4.saturate(): Vector4
fun slerp(q1: Quaternion, q2: Quaternion, x: Double): Quaternion
fun smootherstep(edge0: Double, edge1: Double, x: Double): Double
fun smoothstep(edge0: Double, edge1: Double, x: Double): Double
fun Vector2.smoothstep(edge0: Vector2, edge1: Vector2): Vector2
fun Vector3.smoothstep(edge0: Vector3, edge1: Vector3): Vector3
fun Vector4.smoothstep(edge0: Vector4, edge1: Vector4): Vector4
fun smoothstepIn(edge0: Double, edge1: Double, x: Double): Double

package org.openrndr.math.transforms

class TransformBuilder

TransformBuilder()
fun multiply(matrix: Matrix44): Unit
fun rotate(axis: Quaternion): Unit
fun rotate(axis: Vector3 = Vector3.UNIT_Z, degrees: Double): Unit
fun scale(scale: Double): Unit
fun scale(scaleX: Double, scaleY: Double, scaleZ: Double): Unit
fun scale(scale: Vector3): Unit
var transform: Matrix44
fun translate(offset: Vector3): Unit
fun translate(offset: Vector2): Unit
fun translate(x: Double, y: Double, z: Double = 0.0): Unit

fun frustum(left: Double, right: Double, bottom: Double, top: Double, zNear: Double, zFar: Double): Matrix44
fun lookAt(eye: Vector3, target: Vector3, up: Vector3 = Vector3.UNIT_Y): Matrix44
fun normalMatrix(view: Matrix44): Matrix44
fun ortho(xMag: Double, yMag: Double, zNear: Double, zFar: Double): Matrix44
fun ortho(left: Double, right: Double, bottom: Double, top: Double, zNear: Double, zFar: Double): Matrix44
fun perspective(fovY: Double, aspectRatio: Double, zNear: Double, zFar: Double): Matrix44
fun perspective(fovY: Double, aspectRatio: Double, zNear: Double): Matrix44
fun perspective(fovY: Double, aspectRatio: Double, zNear: Double, zFar: Double, xOffset: Double, yOffset: Double): Matrix44
fun perspectiveHorizontal(fovY: Double, aspectRatio: Double, zNear: Double, zFar: Double, xOffset: Double, yOffset: Double): Matrix44
fun project(point: Vector3, projection: Matrix44, view: Matrix44, width: Int, height: Int): Vector3
fun Matrix44.Companion.rotate(axis: Vector3, angle: Double): Matrix44
fun Matrix44.Companion.rotateX(angle: Double): Matrix44
fun Matrix44.Companion.rotateY(angle: Double): Matrix44
fun Matrix44.Companion.rotateZ(angle: Double): Matrix44
fun Matrix44.Companion.scale(scaleFactor: Vector3): Matrix44
fun Matrix44.Companion.scale(x: Double, y: Double, z: Double): Matrix44
fun transform(builder: TransformBuilder.() -> Unit): Matrix44
fun Matrix44.Companion.translate(translation: Vector3): Matrix44
fun Matrix44.Companion.translate(x: Double, y: Double, z: Double): Matrix44
fun unproject(point: Vector3, projection: Matrix44, view: Matrix44, width: Int, height: Int): Vector3

package org.openrndr.openal

class AudioBuffer

AudioBuffer(buffer: Int)
val buffer: Int

class AudioData

AudioData(format: AudioFormat = AudioFormat.STEREO_16, rate: Int = 48000, buffer: ByteBuffer)
val buffer: ByteBuffer
fun createBuffer(): AudioBuffer
val format: AudioFormat
val rate: Int

enum class AudioFormat

MONO_16
MONO_8
MONO_FLOAT32
QUAD_16
QUAD_8
QUAD_FLOAT32
STEREO_16
STEREO_8
STEREO_FLOAT32
val alFormat: Int

class AudioQueueSource : AudioSource

AudioQueueSource(source: Int, bufferCount: Int = 2, queueSize: Int = 20, pullFunction: () -> AudioData? = null)
var bufferOffset: Long
fun dispose(): Unit
fun flush(): Unit
val outputQueueFull: Boolean
fun pause(): Unit
fun play(): Unit
fun queue(data: AudioData): Unit
val queueSize: Int
fun resume(): Unit
val sampleOffset: Long
fun stop(): Unit

open class AudioSource

AudioSource(source: Int)
var direction: Vector3
var gain: Double
var position: Vector3
protected val source: Int
var velocity: Vector3

object AudioSystem

fun createQueueSource(bufferCount: Int = 2, queueSize: Int = 20, pullFunction: () -> AudioData? = null): AudioQueueSource
fun destroy(): Unit

package org.openrndr.platform

class GenericPlatformDriver : PlatformDriver

GenericPlatformDriver()
fun cacheDirectory(programName: String): File
var randomID: String
fun supportDirectory(programName: String): File
fun temporaryDirectory(): File

class MacOSPlatformDriver : PlatformDriver

MacOSPlatformDriver()
fun cacheDirectory(programName: String): File
var randomID: String
fun supportDirectory(programName: String): File
fun temporaryDirectory(): File

object Platform

fun cacheDirectory(programName: String): File
fun supportDirectory(programName: String): File
fun tempDirectory(): File
val type: PlatformType

enum class PlatformType

GENERIC
MAC
WINDOWS

class WindowsPlatformDriver : PlatformDriver

WindowsPlatformDriver()
fun cacheDirectory(programName: String): File
val randomID: String
fun supportDirectory(programName: String): File
fun temporaryDirectory(): File

package org.openrndr.shape

class Circle

Circle(x: Double, y: Double, radius: Double)
Circle(center: Vector2, radius: Double)
val center: Vector2
fun contains(point: Vector2): Boolean
val contour: ShapeContour
fun fromPoints(a: Vector2, b: Vector2): Circle
fun moved(offset: Vector2): Circle
fun movedTo(position: Vector2): Circle
val radius: Double
fun scaled(scale: Double): Circle
fun scaledTo(fitRadius: Double): Circle
val shape: Shape

class Color : CompositionColor

Color(color: ColorRGBa?)
val color: ColorRGBa?

class Composition

Composition(root: CompositionNode)
fun findShapes(): List<ShapeNode>
fun findTerminals(filter: (CompositionNode) -> Boolean): List<CompositionNode>
val root: CompositionNode

sealed class CompositionColor
class CompositionDrawer

CompositionDrawer()
fun circle(position: Vector2, radius: Double): Unit
fun circle(circle: Circle): Unit
fun circles(circles: List<Circle>): Unit
fun circles(positions: List<Vector2>, radius: Double): Unit
fun circles(positions: List<Vector2>, radii: List<Double>): Unit
val composition: Composition
fun contour(contour: ShapeContour): Unit
fun contours(contours: List<ShapeContour>): Unit
var fill: ColorRGBa?
fun group(builder: CompositionDrawer.() -> Unit): Unit
fun lineLoop(points: List<Vector2>): Unit
fun lineSegment(start: Vector2, end: Vector2): Unit
fun lineSegment(lineSegment: LineSegment): Unit
fun lineSegments(lineSegments: List<LineSegment>): Unit
fun lineStrip(points: List<Vector2>): Unit
var model: Matrix44
fun popModel(): Unit
fun pushModel(): Unit
fun rectangle(rectangle: Rectangle): Unit
fun rectangle(x: Double, y: Double, width: Double, height: Double): Unit
fun rectangles(rectangles: List<Rectangle>): Unit
fun rectangles(positions: List<Vector2>, width: Double, height: Double): Unit
fun rectangles(positions: List<Vector2>, dimensions: List<Vector2>): Unit
val root: GroupNode
fun rotate(rotationInDegrees: Double): Unit
fun scale(s: Double): Unit
fun scale(x: Double, y: Double): Unit
fun shape(shape: Shape): Unit
fun shapes(shapes: List<Shape>): Unit
var stroke: ColorRGBa?
var strokeWeight: Double
fun text(text: String, position: Vector2): Unit
fun textOnContour(text: String, path: ShapeContour): Unit
fun texts(text: List<String>, positions: List<Vector2>): Unit
fun translate(x: Double, y: Double): Unit
fun translate(t: Vector2): Unit

sealed class CompositionNode

open val bounds: Rectangle
val effectiveFill: ColorRGBa?
val effectiveStroke: ColorRGBa?
var fill: CompositionColor
var id: String?
var parent: CompositionNode?
var stroke: CompositionColor
var strokeWeight: CompositionStrokeWeight
var transform: Matrix44

sealed class CompositionStrokeWeight
class Compound

Compound(shapes: List<Shape>)
val shapes: List<Shape>

class CompoundBuilder

CompoundBuilder()
inner class OpBuilder

OpBuilder()
fun difference(f: OpBuilder.() -> Unit): Unit
fun intersection(f: OpBuilder.() -> Unit): Unit
val operands: MutableList<List<Shape>>
fun shape(shape: Shape): Unit
fun shape(contour: ShapeContour): Unit
fun union(f: OpBuilder.() -> Unit): Unit

fun difference(f: OpBuilder.() -> Unit): List<Shape>
fun intersection(f: OpBuilder.() -> Unit): List<Shape>
fun union(f: OpBuilder.() -> Unit): List<Shape>

class ContourBuilder

ContourBuilder()
var anchor: Vector2
fun arcTo(crx: Double, cry: Double, angle: Double, largeArcFlag: Boolean, sweepFlag: Boolean, tx: Double, ty: Double): Unit
fun arcTo(crx: Double, cry: Double, angle: Double, largeArcFlag: Boolean, sweepFlag: Boolean, end: Vector2): Unit
fun close(): Unit
fun continueTo(end: Vector2, tangentScale: Double = 1.0): Unit
fun continueTo(x: Double, y: Double, tangentScale: Double = 1.0): Unit
fun continueTo(control: Vector2, end: Vector2, tangentScale: Double = 1.0): Unit
fun continueTo(cx: Double, cy: Double, x: Double, y: Double, tangentScale: Double = 1.0): Unit
var cursor: Vector2
fun curveTo(control: Vector2, position: Vector2): Unit
fun curveTo(cx: Double, cy: Double, x: Double, y: Double): Unit
fun curveTo(control0: Vector2, control1: Vector2, position: Vector2): Unit
fun curveTo(c0x: Double, c0y: Double, c1x: Double, c1y: Double, x: Double, y: Double): Unit
fun lineTo(position: Vector2): Unit
fun lineTo(x: Double, y: Double): Unit
fun moveOrCurveTo(control: Vector2, position: Vector2): Unit
fun moveOrCurveTo(cx: Double, cy: Double, x: Double, y: Double): Unit
fun moveOrCurveTo(control0: Vector2, control1: Vector2, position: Vector2): Unit
fun moveOrCurveTo(c0x: Double, c0y: Double, c1x: Double, c1y: Double, x: Double, y: Double): Unit
fun moveOrLineTo(position: Vector2): Unit
fun moveOrLineTo(x: Double, y: Double): Unit
fun moveTo(position: Vector2): Unit
fun moveTo(x: Double, y: Double): Unit
fun reverse(): Unit
val segments: MutableList<Segment>

class ContourProjection

ContourProjection(segmentProjection: SegmentProjection, projection: Double, distance: Double, point: Vector2)
val distance: Double
val point: Vector2
val projection: Double
val segmentProjection: SegmentProjection

open class GroupNode : CompositionNode

GroupNode(children: MutableList<CompositionNode> = mutableListOf())
open val bounds: Rectangle
val children: MutableList<CompositionNode>
fun copy(id: String? = this.id, parent: CompositionNode? = null, transform: Matrix44 = this.transform, fill: CompositionColor = this.fill, stroke: CompositionColor = this.stroke, children: MutableList<CompositionNode> = this.children): GroupNode

class GroupNodeStop : GroupNode

GroupNodeStop(children: MutableList<CompositionNode>)

class IndexedTriangulation<T>

IndexedTriangulation(vertices: List<T>, triangles: List<Int>)
val triangles: List<Int>
val vertices: List<T>

object InheritColor : CompositionColor
object InheritStrokeWeight : CompositionStrokeWeight
class IntRectangle

IntRectangle(x: Int, y: Int, width: Int, height: Int)
IntRectangle(corner: IntVector2, width: Int, height: Int)
val area: Int
val center: IntVector2
val corner: IntVector2
val height: Int
val rectangle: Rectangle
val width: Int
val x: Int
val y: Int

class LineSegment

LineSegment(x0: Double, y0: Double, x1: Double, y1: Double)
LineSegment(start: Vector2, end: Vector2)
val contour: ShapeContour
val direction: Vector2
fun distance(query: Vector2): Double
val end: Vector2
fun endingAtNearest(x: Double, y: Double): LineSegment
fun endingAtX(x: Double): LineSegment
fun endingAtY(y: Double): LineSegment
fun nearest(query: Vector2): Vector2
val normal: Vector2
fun position(t: Double): Vector2
val shape: Shape
fun split(t: Double): Array<LineSegment>
val start: Vector2
fun startingAtX(x: Double): LineSegment
fun startingAtY(y: Double): LineSegment
fun sub(t0: Double, t1: Double): LineSegment

class LineSegment3D

LineSegment3D(x0: Double, y0: Double, z0: Double, x1: Double, y1: Double, z1: Double)
LineSegment3D(start: Vector3, end: Vector3)
val direction: Vector3
fun distance(query: Vector3): Double
val end: Vector3
fun nearest(query: Vector3): Vector3
val path: Path3D
fun position(t: Double): Vector3
fun split(t: Double): Array<LineSegment3D>
fun squaredDistance(query: Vector3): Double
val start: Vector3
fun sub(t0: Double, t1: Double): LineSegment3D

class Path3D

Path3D(segments: List<Segment3D>, closed: Boolean)
fun adaptivePositions(distanceTolerance: Double = 0.5): List<Vector3>
val closed: Boolean
fun equidistantPositions(pointCount: Int): List<Vector3>
val exploded: List<Path3D>
fun fromPoints(points: List<Vector3>, closed: Boolean): Path3D
val length: Double
fun map(closed: Boolean = this.closed, mapper: (Segment3D) -> Segment3D): Path3D
fun on(point: Vector3, error: Double = 5.0): Double?
operator fun plus(other: Path3D): Path3D
fun position(ut: Double): Vector3
fun project(point: Vector3): PathProjection3D
val reversed: Path3D
fun sampleEquidistant(pointCount: Int): Path3D
fun sampleLinear(distanceTolerance: Double = 0.5): Path3D
val segments: List<Segment3D>
fun sub(u0: Double, u1: Double): Path3D
fun transform(transform: Matrix44): Path3D

class Path3DBuilder

Path3DBuilder()
var anchor: Vector3
fun close(): Unit
fun continueTo(end: Vector3, tangentScale: Double = 1.0): Unit
fun continueTo(x: Double, y: Double, z: Double, tangentScale: Double = 1.0): Unit
fun continueTo(control: Vector3, end: Vector3, tangentScale: Double = 1.0): Unit
fun continueTo(cx: Double, cy: Double, cz: Double, x: Double, y: Double, z: Double, tangentScale: Double = 1.0): Unit
var cursor: Vector3
fun curveTo(control: Vector3, position: Vector3): Unit
fun curveTo(cx: Double, cy: Double, cz: Double, x: Double, y: Double, z: Double): Unit
fun curveTo(control0: Vector3, control1: Vector3, position: Vector3): Unit
fun curveTo(c0x: Double, c0y: Double, c0z: Double, c1x: Double, c1y: Double, c1z: Double, x: Double, y: Double, z: Double): Unit
fun lineTo(position: Vector3): Unit
fun lineTo(x: Double, y: Double, z: Double): Unit
fun moveOrCurveTo(control: Vector3, position: Vector3): Unit
fun moveOrCurveTo(cx: Double, cy: Double, cz: Double, x: Double, y: Double, z: Double): Unit
fun moveOrCurveTo(control0: Vector3, control1: Vector3, position: Vector3): Unit
fun moveOrCurveTo(c0x: Double, c0y: Double, c0z: Double, c1x: Double, c1y: Double, c1z: Double, x: Double, y: Double, z: Double): Unit
fun moveOrLineTo(position: Vector3): Unit
fun moveOrLineTo(x: Double, y: Double, z: Double): Unit
fun moveTo(position: Vector3): Unit
fun moveTo(x: Double, y: Double, z: Double): Unit
fun reverse(): Unit
val segments: MutableList<Segment3D>

class PathProjection3D

PathProjection3D(segmentProjection: SegmentProjection3D, projection: Double, distance: Double, point: Vector3)
val distance: Double
val point: Vector3
val projection: Double
val segmentProjection: SegmentProjection3D

data class Rectangle

Rectangle(x: Double, y: Double, width: Double, height: Double)
Rectangle(corner: Vector2, width: Double, height: Double)
val area: Double
val center: Vector2
operator fun contains(point: Vector2): Boolean
val contour: ShapeContour
val corner: Vector2
fun fromCenter(center: Vector2, width: Double, height: Double): Rectangle
val height: Double
fun heightScaledTo(fitHeight: Double): Rectangle
fun moved(offset: Vector2): Rectangle
fun offsetEdges(offset: Double, offsetY: Double = offset): Rectangle
fun position(u: Double, v: Double): Vector2
fun scaled(scale: Double, scaleY: Double = scale): Rectangle
val shape: Shape
val width: Double
fun widthScaledTo(fitWidth: Double): Rectangle
val x: Double
val y: Double

class Segment

Segment(start: Vector2, end: Vector2)
Segment(start: Vector2, c0: Vector2, end: Vector2)
Segment(start: Vector2, c0: Vector2, c1: Vector2, end: Vector2)
Segment(start: Vector2, control: Array<Vector2>, end: Vector2)
val bounds: Rectangle
val clockwise: Boolean
val control: Array<Vector2>
fun copy(start: Vector2 = this.start, control: Array<Vector2> = this.control, end: Vector2 = this.end): Segment
val cubic: Segment
fun derivative(t: Double): Vector2
fun direction(): Vector2
fun direction(t: Double): Vector2
val end: Vector2
fun extrema(): List<Double>
fun extremaPoints(): List<Vector2>
fun isStraight(epsilon: Double = 0.01): Boolean
val length: Double
val linear: Boolean
fun lut(size: Int = 100): List<Vector2>
fun normal(ut: Double): Vector2
fun offset(distance: Double, stepSize: Double = 0.1): List<Segment>
fun on(point: Vector2, error: Double = 5.0): Double?
fun position(ut: Double): Vector2
fun project(point: Vector2): SegmentProjection
val quadratic: Segment
fun reduced(stepSize: Double = 0.1): List<Segment>
val reverse: Segment
fun sampleAdaptive(distanceTolerance: Double = 0.5): List<Vector2>
fun sampleAdaptiveNormals(distanceTolerance: Double = 0.5): Pair<List<Vector2>, List<Vector2>>
fun scale(scale: Double): Segment
fun scale(scale: (Double) -> Double): Segment
val simple: Boolean
fun split(t: Double): Array<Segment>
val start: Vector2
fun sub(t0: Double, t1: Double): Segment
fun toString(): String
fun transform(transform: Matrix44): Segment

class Segment3D

Segment3D(start: Vector3, end: Vector3)
Segment3D(start: Vector3, c0: Vector3, end: Vector3)
Segment3D(start: Vector3, c0: Vector3, c1: Vector3, end: Vector3)
Segment3D(start: Vector3, control: Array<Vector3>, end: Vector3)
val control: Array<Vector3>
fun copy(start: Vector3 = this.start, control: Array<Vector3> = this.control, end: Vector3 = this.end): Segment3D
val cubic: Segment3D
fun derivative(t: Double): Vector3
fun direction(): Vector3
fun direction(t: Double): Vector3
val end: Vector3
fun extrema(): List<Double>
fun extremaPoints(): List<Vector3>
val length: Double
val linear: Boolean
fun lut(size: Int = 100): List<Vector3>
fun on(point: Vector3, error: Double = 5.0): Double?
fun position(ut: Double): Vector3
fun project(point: Vector3): SegmentProjection3D
val reverse: Segment3D
fun sampleAdaptive(distanceTolerance: Double = 0.5): List<Vector3>
fun sampleAdaptiveNormals(distanceTolerance: Double = 0.5): Pair<List<Vector3>, List<Vector3>>
fun split(t: Double): Array<Segment3D>
val start: Vector3
fun sub(t0: Double, t1: Double): Segment3D
fun toString(): String
fun transform(transform: Matrix44): Segment3D

enum class SegmentJoin

BEVEL
MITER
ROUND

class SegmentProjection

SegmentProjection(segment: Segment, projection: Double, distance: Double, point: Vector2)
val distance: Double
val point: Vector2
val projection: Double
val segment: Segment

class SegmentProjection3D

SegmentProjection3D(segment: Segment3D, projection: Double, distance: Double, point: Vector3)
val distance: Double
val point: Vector3
val projection: Double
val segment: Segment3D

class Shape

Shape(contours: List<ShapeContour>)
val contours: List<ShapeContour>
fun hole(index: Int): ShapeContour
val linear: Boolean
fun map(mapper: (ShapeContour) -> ShapeContour): Shape
val outline: ShapeContour
fun polygon(distanceTolerance: Double = 0.5): Shape
fun splitCompounds(): List<Shape>
fun transform(transform: Matrix44): Shape

class ShapeBuilder

ShapeBuilder()
fun contour(shapeContour: ShapeContour): Unit
fun contour(f: ContourBuilder.() -> Unit): Unit

data class ShapeContour

ShapeContour(segments: List<Segment>, closed: Boolean)
fun adaptivePositions(distanceTolerance: Double = 0.5): List<Vector2>
fun adaptivePositionsAndDirection(distanceTolerance: Double = 0.5): Pair<List<Vector2>, List<Vector2>>
val bounds: Rectangle
val clockwise: ShapeContour
val closed: Boolean
val counterClockwise: ShapeContour
fun equidistantPositions(pointCount: Int): List<Vector2>
val exploded: List<ShapeContour>
fun fromPoints(points: List<Vector2>, closed: Boolean): ShapeContour
val length: Double
fun map(closed: Boolean = this.closed, mapper: (Segment) -> Segment): ShapeContour
fun normal(ut: Double): Vector2
fun offset(distance: Double, joinType: SegmentJoin = SegmentJoin.ROUND): ShapeContour
fun on(point: Vector2, error: Double = 5.0): Double?
operator fun plus(other: ShapeContour): ShapeContour
fun position(ut: Double): Vector2
fun project(point: Vector2): ContourProjection
val reversed: ShapeContour
fun sampleEquidistant(pointCount: Int): ShapeContour
fun sampleLinear(distanceTolerance: Double = 0.5): ShapeContour
val segments: List<Segment>
fun sub(u0: Double, u1: Double): ShapeContour
fun transform(transform: Matrix44): ShapeContour
val winding: Winding

class ShapeNode : CompositionNode

ShapeNode(shape: Shape)
val bounds: Rectangle
fun conflate(): ShapeNode
fun copy(id: String? = this.id, parent: CompositionNode? = null, transform: Matrix44 = this.transform, fill: CompositionColor = this.fill, stroke: CompositionColor = this.stroke, shape: Shape = this.shape): ShapeNode
fun flatten(): ShapeNode
var shape: Shape

class StrokeWeight : CompositionStrokeWeight

StrokeWeight(weight: Double)
val weight: Double

class TextNode : CompositionNode

TextNode(text: String, contour: ShapeContour?)
var contour: ShapeContour?
var text: String

enum class Winding

CLOCKWISE
COUNTER_CLOCKWISE

fun compound(f: CompoundBuilder.() -> List<Shape>): List<Shape>
fun contour(f: ContourBuilder.() -> Unit): ShapeContour
fun difference(from: ShapeContour, subtract: ShapeContour): List<Shape>
fun difference(from: Shape, subtract: ShapeContour): List<Shape>
fun difference(from: Shape, subtract: Shape): List<Shape>
fun difference(from: List<Shape>, subtract: ShapeContour): List<Shape>
fun difference(from: List<Shape>, subtract: Shape): List<Shape>
fun difference(from: List<Shape>, subtract: List<Shape>): List<Shape>
@JvmName("differenceIterative") fun difference(from: List<Shape>, subtract: List<List<Shape>>): List<Shape>
fun CompositionNode.filter(filter: (CompositionNode) -> Boolean): CompositionNode?
fun intersection(a: LineSegment, b: LineSegment, eps: Double = 0.01): Vector2
fun intersection(a0: Vector2, a1: Vector2, b0: Vector2, b1: Vector2, eps: Double = 0.01): Vector2
fun intersection(from: ShapeContour, with: ShapeContour): List<Shape>
fun intersection(from: Shape, with: ShapeContour): List<Shape>
fun intersection(from: ShapeContour, with: Shape): List<Shape>
fun intersection(from: Shape, with: Shape): List<Shape>
fun intersection(from: List<Shape>, with: ShapeContour): List<Shape>
fun intersection(from: List<Shape>, with: Shape): List<Shape>
fun intersection(from: List<Shape>, with: List<Shape>): List<Shape>
@JvmName("intersectionIterative") fun intersection(from: List<Shape>, with: List<List<Shape>>): List<Shape>
fun intersects(a: Rectangle, b: Rectangle): Boolean
kotlin.collections.List

fun List<Int>.cumsum(): List<Int>

fun CompositionNode.map(mapper: (CompositionNode) -> CompositionNode): CompositionNode
fun path3D(f: Path3DBuilder.() -> Unit): Path3D
fun rectangleBounds(rectangles: List<Rectangle>): Rectangle
fun sampleEquidistant(pieces: List<Vector2>, count: Int): List<Vector2>
@JvmName("sampleEquidistant3D") fun sampleEquidistant(pieces: List<Vector3>, count: Int): List<Vector3>
fun shape(f: ShapeBuilder.() -> Unit): Shape
fun split(shape: Shape, line: LineSegment): Pair<List<Shape>, List<Shape>>
fun triangulate(shape: Shape, distanceTolerance: Double = 0.5): List<Vector2>
fun triangulateIndexed(shape: Shape, distanceTolerance: Double = 0.5): IndexedTriangulation<Vector2>
@JvmName("triangulateIndexed3") fun triangulateIndexed(vertices: List<Vector3>): IndexedTriangulation<Vector3>
@JvmName("triangulateIndexed2") fun triangulateIndexed(vertices: List<Vector2>): IndexedTriangulation<Vector2>
fun union(from: ShapeContour, add: ShapeContour): List<Shape>
fun union(from: Shape, add: ShapeContour): List<Shape>
fun union(from: Shape, add: Shape): List<Shape>
fun union(from: List<Shape>, add: ShapeContour): List<Shape>
fun union(from: List<Shape>, add: Shape): List<Shape>
fun union(from: List<Shape>, add: List<Shape>): List<Shape>
@JvmName("unionIterative") fun union(from: List<Shape>, add: List<List<Shape>>): List<Shape>
fun vector2Bounds(points: List<Vector2>): Rectangle

package org.openrndr.svg

fun expandToTwoDigitsPerComponent(hexValue: String): String
fun loadSVG(fileOrUrlOrSvg: String): Composition
fun normalizeColorHex(colorHex: String): String
fun parseSVG(svgString: String): Composition
fun Composition.saveToFile(file: File): Unit
fun writeSVG(composition: Composition): String

package org.openrndr.text

class Cursor

Cursor(cursor: Cursor)
Cursor(x: Double = 0.0, y: Double = 0.0)
var x: Double
var y: Double

class RenderToken

RenderToken(token: String, x: Double, y: Double, width: Double, tracking: Double)
val token: String
val tracking: Double
val width: Double
val x: Double
val y: Double

class WriteStyle

WriteStyle()
var ellipsis: String?
var leading: Double
var tracking: Double

class Writer

Writer(drawerRef: Drawer?)
var box: Rectangle
var cursor: Cursor
var drawStyle: DrawStyle
val drawerRef: Drawer?
var ellipsis: String?
fun gaplessNewLine(): Unit
var leading: Double
fun move(x: Double, y: Double): Unit
fun newLine(): Unit
var style: WriteStyle
val styleStack: Stack<WriteStyle>
fun text(text: String, visible: Boolean = true): Unit
fun textWidth(text: String): Double
var tracking: Double

fun writer(drawer: Drawer, f: Writer.() -> Unit): Unit
fun Program.writer(f: Writer.() -> Unit): Unit